Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights
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Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights

51 min read10 articles

Beginner's Guide to Reid Wiseman: From Naval Pilot to NASA Astronaut

Introduction: A Journey from the Cockpit to the Cosmos

Reid Wiseman’s story is a compelling example of how dedication, skill, and a passion for exploration can propel someone from a naval aviator to one of NASA’s most prominent astronauts. Born on November 11, 1975, in Baltimore, Maryland, Wiseman’s career trajectory reflects the modern pathways into space exploration, combining military experience with advanced engineering education and groundbreaking missions. For those interested in a career in space, his journey offers valuable insights into the skills, experiences, and mindset necessary to reach the stars.

Early Life and Education: Building the Foundation

Growing up in Baltimore

Reid Wiseman grew up in Baltimore, Maryland, where he developed an early curiosity about aviation and technology. Excelling academically, he graduated from Dulaney High School in 1993. His interest in engineering and science led him to pursue higher education at Rensselaer Polytechnic Institute, where he earned a Bachelor of Science in Computer and Systems Engineering in 1997.

Advanced Studies and Technical Expertise

Wiseman’s quest for knowledge didn’t stop there. Recognizing the importance of systems engineering in complex aerospace operations, he earned a Master of Science degree from Johns Hopkins University’s Whiting School of Engineering in 2006. This advanced education laid the groundwork for his future roles, equipping him with a deep understanding of systems integration, automation, and problem-solving — all crucial for spaceflight.

Military Aviation: Gaining Hands-On Experience

Joining the Navy and Becoming a Pilot

After completing his education, Wiseman joined the U.S. Navy, where he trained as a naval aviator. Over the years, he accumulated extensive flight experience, flying more than 30 different types of aircraft. This versatility showcases his adaptability and technical skill — qualities that would serve him well in space missions.

Test Pilot and Sea Duty

Wiseman’s role as a test pilot involved evaluating aircraft performance and safety, a demanding task that requires precision, calmness under pressure, and analytical thinking. He also spent 2.5 years at sea, which helped develop his leadership, teamwork, and resilience—traits essential for navigating the challenges of space travel.

Transition to NASA: Becoming an Astronaut

Selection and Training

In 2009, Wiseman was selected by NASA as part of the 20th astronaut class. The selection process is highly competitive, typically involving rigorous assessments of technical expertise, physical fitness, and psychological resilience. Once selected, astronaut candidates undergo extensive training—covering spacecraft operation, robotics, spacewalking techniques, survival training, and scientific experiments.

First Spaceflight: International Space Station Expedition 40/41

Wiseman’s first space mission was as a Flight Engineer aboard the International Space Station (ISS) during Expedition 40/41 in 2014. He spent 165 days orbiting Earth, conducting scientific research, testing new technologies, and performing spacewalks. His experience on the ISS solidified his reputation as a capable and resilient astronaut, capable of managing complex operations in microgravity.

Leadership and Future Missions

Chief of the Astronaut Office

From December 2020 to November 2022, Wiseman served as NASA’s Chief of the Astronaut Office. In this leadership role, he managed astronaut training, mission planning, and crew assignments. His tenure contributed to NASA’s evolving strategy for lunar exploration and Mars missions, emphasizing safety, innovation, and international collaboration.

Artemis II: Returning Humans to the Moon

In April 2023, Wiseman was announced as the commander of NASA’s Artemis II mission, scheduled for 2026. This mission marks a historic milestone: it will be the first crewed lunar flyby since Apollo 17 in 1972. The mission aims to orbit the Moon, travel approximately 250,000 miles from Earth, and test critical systems for future lunar landings and Mars exploration.

Leadership and Preparation

Preparing for Artemis II involves rigorous training, simulations, and coordination with international partners. Wiseman’s extensive background as a pilot, engineer, and leader makes him ideally suited to navigate these challenges. His role involves overseeing mission planning, ensuring crew safety, and managing the technical complexities of deep-space navigation.

Insights for Aspiring Space Professionals

  • Develop a Strong Technical Foundation: Wiseman’s degrees in engineering and systems engineering highlight the importance of technical expertise. Pursue STEM education, especially in fields like aerospace, robotics, or systems engineering.
  • Gain Diverse Flight Experience: Military flying, especially as a test pilot, offers invaluable skills in problem-solving, decision-making under pressure, and adaptability—traits vital for space missions.
  • Seek Leadership Opportunities: Wiseman’s leadership roles, including serving as Chief of the Astronaut Office, underscore the significance of teamwork and management skills.
  • Stay Physically and Mentally Fit: Rigorous physical training and mental resilience are essential for handling microgravity, long-duration missions, and high-stress situations.
  • Engage with Continuous Learning: Keep updated on technological advancements and space exploration strategies. Wiseman’s ongoing education and involvement with space organizations exemplify this approach.

The Path Forward: Inspiration and Practical Takeaways

Reid Wiseman’s journey from a Baltimore-born student to a leading NASA astronaut exemplifies perseverance, technical mastery, and leadership. His evolving role, especially as Artemis II mission commander, signifies humanity’s renewed push toward lunar exploration and beyond. For aspiring space explorers, his career highlights the importance of a solid educational foundation, diverse experience, and a passion for discovery.

As we move into an era where returning to the Moon is becoming a reality, and plans for Mars are on the horizon, Wiseman’s story serves as both inspiration and a blueprint for success in the dynamic field of space exploration. Whether you’re a student, engineer, scientist, or enthusiast, understanding his journey can motivate you to pursue your own path among the stars.

Conclusion

Reid Wiseman’s transition from a naval pilot to a NASA astronaut and now a lunar mission commander encapsulates the essence of human exploration. His multifaceted experience, leadership, and commitment to advancing space science embody the spirit of discovery that drives us forward. As NASA’s Artemis II mission prepares to make history in 2026, Wiseman’s story reminds us that with dedication and resilience, the universe is within reach for those bold enough to dream and work toward it.

Reid Wiseman’s Role in the Artemis II Mission: Leading the First Lunar Flyby Since Apollo

Introduction: A Historic Return to the Moon

After more than half a century, human footprints are set to grace the lunar surface once again. The Artemis II mission, scheduled for launch in February 2026, marks a pivotal milestone in space exploration. Central to this historic endeavor is Reid Wiseman, an accomplished NASA astronaut and naval aviator, who has been entrusted with leading the crew as the mission commander. His role symbolizes not only technical mastery but also strategic leadership, guiding humanity’s return to the Moon after over 50 years.

Reid Wiseman’s Background: A Foundation of Expertise

Early Life and Education

Born in Baltimore, Maryland, on November 11, 1975, Reid Wiseman’s journey to the stars began with a strong educational foundation. After graduating from Dulaney High School in 1993, he earned a Bachelor of Science in Computer and Systems Engineering from Rensselaer Polytechnic Institute in 1997. His pursuit of advanced knowledge led him to Johns Hopkins University, where he obtained a Master of Science in Systems Engineering in 2006. This blend of engineering expertise and analytical skills has proved invaluable in his space career.

Military and Astronaut Career

Wiseman’s background as a U.S. Navy pilot and test pilot is a cornerstone of his qualifications. Flying over 30 types of aircraft and accumulating 2.5 years at sea, he cultivated a reputation for precision, resilience, and leadership. His selection as a NASA astronaut in 2009 marked the beginning of his spaceflight journey. Wiseman’s tenure aboard the International Space Station (ISS) during Expedition 40/41 in 2014, where he spent 165 days in orbit, showcased his ability to operate complex systems in microgravity environments. These experiences have prepared him for the demanding nature of lunar exploration.

Leadership as Artemis II Mission Commander

Responsibilities and Mission Preparation

As the Artemis II commander, Reid Wiseman’s responsibilities extend beyond technical expertise. He is tasked with overseeing the entire mission, ensuring that every phase—launch, lunar flyby, and return—executes flawlessly. This includes meticulous planning of spacecraft systems, navigation, and safety protocols. Given the mission’s complexity, Wiseman’s role involves coordinating with ground control, international partners, and his crew—comprising Christina Koch, Victor Glover, and Canadian astronaut Jeremy Hansen.

The Artemis II mission will involve a crewed flyby of the Moon at a distance of approximately 9,000 miles, a significant step after the Apollo lunar landings. Wiseman’s leadership ensures that the crew navigates this deep-space environment while managing potential risks like radiation exposure and system malfunctions. His prior experience as a test pilot and astronaut makes him adept at handling unexpected challenges, fostering a culture of safety and resilience.

Inspiring Confidence and Teamwork

Leadership in space missions requires more than technical know-how; it demands the ability to inspire and unify a diverse team. Wiseman’s calm demeanor, strategic thinking, and clear communication are instrumental in maintaining crew cohesion. His approach encourages rigorous training, simulation drills, and open dialogue—elements crucial for mission success. This leadership style not only optimizes performance but also boosts morale, preparing the crew for the high-stakes environment of lunar flybys.

The Significance of the Artemis II Mission

Re-establishing Human Presence on the Moon

The Artemis II mission is more than a test flight; it’s a stepping stone toward sustainable lunar exploration. By leading this mission, Wiseman is at the forefront of NASA’s efforts to establish a permanent human presence on the Moon, paving the way for future missions to Mars and beyond.

This lunar flyby will serve as a critical test of spacecraft systems, navigation, and communication in deep space. It also aims to demonstrate the capabilities of the Orion spacecraft, developed specifically for crewed missions beyond low Earth orbit. Wiseman’s leadership ensures that these technological benchmarks are achieved safely and efficiently, validating the readiness for longer, more complex missions.

International and Commercial Collaboration

NASA’s Artemis program emphasizes international cooperation and commercial partnerships. Wiseman’s role involves coordinating with various stakeholders to ensure mission objectives align with broader space exploration goals. His experience working with international astronauts and agencies equips him to manage these collaborations effectively, fostering a spirit of shared exploration and innovation.

Practical Insights: Preparing for Deep Space

Reid Wiseman’s approach to mission preparation offers valuable lessons. He advocates for rigorous training, including realistic simulations and contingency planning. Staying physically fit and mentally resilient is critical, given the isolation and high-pressure environment of lunar missions.

Moreover, Wiseman emphasizes continuous learning—keeping abreast of technological advancements and refining operational procedures. His leadership underscores the importance of adaptability, teamwork, and meticulous planning, principles that are vital for the success of Artemis II and future lunar endeavors.

The Broader Impact: Inspiring Future Generations

As a Baltimore native and a trailblazer in space exploration, Reid Wiseman embodies the spirit of curiosity and perseverance. His leadership in Artemis II not only advances technological frontiers but also inspires young scientists, engineers, and explorers worldwide. By returning humans to the Moon, Wiseman and his team are igniting a new era of discovery that could eventually extend to Mars and beyond.

Conclusion: A Historic Leadership Role

Reid Wiseman’s role as the Artemis II mission commander is pivotal in re-establishing human presence beyond Earth’s orbit. His extensive background in engineering, military aviation, and spaceflight, combined with his demonstrated leadership, positions him as a key figure in this new chapter of lunar exploration. As the first lunar flyby since Apollo, the mission will test and showcase humanity’s ability to operate in deep space, with Wiseman guiding the way. His leadership not only ensures the mission’s success but also inspires the next generation of explorers to reach for the stars.

How Reid Wiseman Prepares for Space Missions: Training, Skills, and Mental Readiness

Introduction: The Making of a Lunar Mission Commander

Reid Wiseman’s journey to becoming the Artemis II mission commander is a compelling story of rigorous preparation, extensive skill development, and mental resilience. As NASA gears up for its historic lunar flyby scheduled for 2026, Wiseman’s comprehensive approach to training exemplifies what it takes to lead humans back to the Moon. His preparation isn’t just about technical mastery; it’s about building a resilient mindset capable of handling the uncertainties of deep space.

Rigorous Training Regimen: Combining Technical Mastery and Practical Simulations

Understanding Mission Systems and Operations

At the core of Wiseman’s training lies an in-depth understanding of spacecraft systems. Given his background in systems engineering from Johns Hopkins University and his experience as a test pilot, Wiseman emphasizes mastering spacecraft subsystems—navigation, life support, propulsion, and communication. This knowledge ensures he can troubleshoot in real time if anomalies occur. For Artemis II, he has undergone thousands of hours of classroom instruction, hands-on system evaluations, and operational drills. NASA’s training programs are designed to simulate every possible scenario, from routine operations to critical failures, ensuring that Wiseman is prepared for the unexpected.

Simulations and Virtual Reality Exercises

Simulations are vital in Wiseman’s training routine. NASA employs advanced virtual reality (VR) environments and full-scale mockups of the Orion spacecraft and lunar modules. These immersive exercises allow Wiseman to rehearse the entire mission profile—launch, lunar flyby, re-entry—under conditions that mimic actual spaceflight. For Artemis II, these simulations are not only about technical procedures but also about decision-making under pressure. Wiseman and his crew participate in mock emergencies, such as system failures or communication blackouts, to develop quick thinking and effective teamwork. These exercises are crucial for ingraining muscle memory and building confidence.

Physical Fitness and Endurance Training

Space missions demand peak physical condition. Wiseman’s training schedule incorporates rigorous physical workouts, including cardio, strength training, and endurance exercises. Maintaining high fitness levels is essential to withstand the stresses of launch, microgravity, and re-entry. Additionally, NASA’s astronauts undergo centrifuge tests and underwater simulations in neutral buoyancy pools, mirroring the weightless environment of space. These activities prepare Wiseman physically and mentally for the rigors of deep-space travel.

Developing Critical Skills for Lunar Leadership

Technical Expertise and Problem-Solving

Wiseman’s extensive flying experience—over 30 aircraft types—has sharpened his problem-solving skills and technical proficiency. His background as a naval aviator and test pilot means he’s adept at handling complex machinery and unexpected issues during flight. For Artemis II, he has further honed his skills through specialized training on lunar navigation, spacecraft systems, and emergency protocols. His ability to think analytically and act decisively is a cornerstone of his leadership style.

Team Coordination and Communication

Leading a crew during a lunar mission requires seamless teamwork. Wiseman emphasizes open communication, trust, and clear role delineation. He trains with his crew through joint simulations, practicing command, control, and coordination. Effective communication skills are vital, especially during critical mission phases or emergencies. Wiseman’s experience aboard the ISS, where he coordinated with international teams, has ingrained a collaborative mindset essential for Artemis II’s success.

Adaptability and Decision-Making Under Pressure

Deep space exploration is unpredictable. Wiseman prepares for this by cultivating adaptability—remaining calm and flexible amid changing circumstances. His training includes scenario-based exercises where he must make rapid decisions with limited information. This mental agility is further reinforced through cognitive training exercises, stress management techniques, and mindfulness practices. Such mental conditioning ensures he can navigate the high-stakes environment of lunar flybys confidently.

Mental Readiness: Building Psychological Resilience for the Unknown

Stress Management and Resilience Techniques

Reid Wiseman’s mental preparation involves rigorous stress management strategies. He practices mindfulness, meditation, and visualization to maintain focus and emotional stability during missions. In simulations, he is exposed to intense situations that mimic real spaceflight stressors, helping him develop resilience. Regular debriefings and psychological check-ins with NASA’s support staff also ensure mental well-being is prioritized alongside physical fitness.

Fostering a Growth Mindset

Wiseman advocates for continuous learning and adaptability. His approach involves analyzing past missions and failures to extract lessons, which he then incorporates into his training. This growth mindset helps him stay receptive to new information and technological advancements, especially as Artemis II involves cutting-edge lunar exploration technology.

Team Psychological Cohesion

A cohesive team is fundamental for mission success. Wiseman invests in team-building activities and open communication channels with his crew. This ensures shared mental resilience, mutual trust, and a unified focus on safety and mission objectives. He also emphasizes the importance of understanding crew members’ individual psychological needs, fostering an environment where everyone feels valued and supported.

Actionable Insights for Aspiring Space Explorers

  • Embrace lifelong learning: Continually update your technical knowledge and stay adaptable to new technologies.
  • Prioritize physical fitness: Regular exercise, strength training, and endurance workouts are essential for space readiness.
  • Develop mental resilience: Practice mindfulness, stress management, and visualization to handle high-pressure situations.
  • Enhance teamwork skills: Engage in collaborative exercises and clear communication practices to build trust and coordination.
  • Participate in simulations: Seek out or create realistic scenario training to prepare for the unpredictability of space missions.

Conclusion: Preparing for the Future of Human Space Exploration

Reid Wiseman’s meticulous preparation—spanning technical mastery, physical endurance, and psychological resilience—serves as a blueprint for future space explorers. His comprehensive training ensures he’s not just ready to command Artemis II but also to face the inherent uncertainties of lunar exploration. As NASA pushes further into the cosmos, leaders like Wiseman exemplify the blend of expertise and mental toughness necessary to make humanity’s next giant leap a success. By understanding and applying such rigorous preparation practices, aspiring astronauts and space enthusiasts can contribute meaningfully to the ongoing journey of human space exploration, inspired by trailblazers like Reid Wiseman.

Comparing Reid Wiseman to Other NASA Astronauts: Experience, Background, and Mission Roles

Introduction: A New Era in Human Space Exploration

As NASA prepares to return humans to the Moon with the Artemis program, understanding the backgrounds and expertise of its astronauts becomes increasingly important. Reid Wiseman, the Artemis II mission commander, stands out as a key figure in this new chapter. Comparing his experience and role with other NASA astronauts involved in lunar and space exploration missions provides valuable insights into the qualities that drive successful spaceflight leadership.

Reid Wiseman’s Background: A Blend of Engineering, Military, and Spaceflight Expertise

Early Education and Technical Foundation

Born in Baltimore in 1975, Reid Wiseman’s foundation in engineering and science laid the groundwork for his space career. He earned a Bachelor of Science in Computer and Systems Engineering from Rensselaer Polytechnic Institute in 1997, followed by a Master of Science in Systems Engineering from Johns Hopkins University in 2006. His academic background emphasizes a strong technical mindset, crucial for understanding spacecraft systems and mission planning.

Military Service and Test Pilot Experience

Wiseman’s military career as a U.S. Navy pilot and test pilot spans over a decade. Flying more than 30 types of aircraft and spending 2.5 years at sea, he developed exceptional operational skills, quick decision-making, and resilience. His test pilot background is particularly significant; it involves rigorous training in handling complex aircraft and managing unpredictable scenarios—traits that translate well into spaceflight leadership.

Spaceflight Experience

Selected by NASA in 2009, Wiseman’s spaceflight résumé includes a 165-day mission aboard the International Space Station during Expedition 40/41 in 2014. As a Flight Engineer, he participated in scientific experiments, spacewalks, and station maintenance. His leadership role in orbit, combined with his technical expertise, makes him well-prepared for commanding lunar missions.

Comparison with Other NASA Astronauts: Diverse Backgrounds, Similar Leadership Traits

NASA Astronauts in the Artemis Program

The Artemis II crew comprises Wiseman, Christina Koch, Victor Glover, and Canadian Space Agency astronaut Jeremy Hansen. Each brings unique skills, but Wiseman’s extensive flight experience and leadership role distinguish him within this group. Let’s compare his background with other notable NASA astronauts involved in lunar and deep-space missions.

Comparison with Christina Koch

Christina Koch, known for her record-breaking 328 days aboard the ISS, has a background as an electrical engineer and scientist. Her expertise in space science and long-duration missions complements Wiseman’s operational and engineering skills. While Koch’s focus is on scientific research and space station operations, her experience in extended spaceflight is invaluable for lunar missions that require prolonged crew endurance.

Comparison with Victor Glover

Victor Glover, a Navy commander, has flown on SpaceX Crew Dragon missions to the ISS. His naval aviation background and experience with commercial crew systems parallel Wiseman’s military and test pilot expertise. Glover’s role as a mission specialist and pilot for Crew Dragon provides him with valuable skills in spacecraft operations and reentry procedures, which are critical for lunar transit and landing phases.

Comparison with Jeremy Hansen

Jeremy Hansen, from the Canadian Space Agency, brings a background in aerospace engineering and military aviation. His experience as a fighter pilot and in international collaborations enhances the Artemis II team’s diversity. While Hansen has not yet flown in space, his selection underscores the importance of international partnerships in lunar exploration.

Mission Roles and Leadership: From ISS to Lunar Flybys

Reid Wiseman’s Role as a Mission Commander

As Artemis II’s commander, Wiseman will lead a crew on a lunar flyby, a complex operation requiring precise navigation, safety oversight, and team coordination. His prior experience as a Flight Engineer on the ISS has prepared him for the logistical and operational challenges of deep-space missions. His leadership style emphasizes meticulous planning, adaptability, and fostering strong team dynamics.

Roles of Other Astronauts in Lunar Missions

While Wiseman takes the helm, his crewmates will serve as specialists in various domains. Christina Koch’s scientific expertise will likely contribute to lunar surface experiments, while Glover’s experience with spacecraft systems will aid in navigation and safety protocols. Jeremy Hansen’s role, possibly as a mission specialist, will involve international collaboration and technical support. The combination of these diverse backgrounds ensures a holistic approach to lunar exploration.

Leadership Qualities and Practical Insights

Wiseman’s military background, technical acumen, and past spaceflight experience exemplify the qualities NASA seeks in mission commanders. His ability to lead under pressure, manage complex operations, and adapt to unforeseen circumstances is crucial for the success of Artemis II. Comparing him with fellow astronauts reveals common traits—resilience, technical expertise, and leadership—each tailored to their specific mission roles.

Future Outlook: A Cohesive Team for Lunar and Beyond

The Artemis program aims not only to revisit the Moon but to establish a sustainable human presence. Wiseman’s role as commander highlights the importance of experienced leadership, but the success of these missions depends on the collective expertise of the crew. The blend of military pilots, scientists, engineers, and international partners creates a dynamic team capable of pushing the boundaries of human exploration.

Conclusion: The Sum of Experience and Leadership in Space Exploration

Reid Wiseman’s background as a naval aviator, test pilot, and seasoned astronaut positions him as a natural leader for NASA’s ambitious lunar missions. Comparing his experience and role with other Artemis crew members underscores the diversity of skills and backgrounds vital for space exploration’s next chapter. As NASA advances toward returning humans to the Moon and beyond, the combination of proven leadership and technical excellence exemplified by Wiseman will be instrumental in shaping the future of space travel.

Top Tools and Technologies Reid Wiseman Uses as a NASA Astronaut and Artemis II Commander

Introduction: The Cutting-Edge Arsenal of a Modern Astronaut

Reid Wiseman, a seasoned NASA astronaut and the upcoming Artemis II commander, embodies the pinnacle of human spaceflight expertise. His role involves navigating complex spacecraft systems, utilizing advanced tools, and leveraging sophisticated technologies to ensure mission success. As NASA prepares to make history with Artemis II’s lunar flyby in 2026, understanding the tools and systems Wiseman relies on offers a glimpse into the future of space exploration.

Spacecraft Systems and Navigation Technologies

Orion Multi-Purpose Crew Vehicle (MPCV)

At the heart of Artemis II is NASA’s Orion spacecraft, designed to carry astronauts beyond low Earth orbit. Orion is equipped with state-of-the-art life support, propulsion, and communication systems. Wiseman’s familiarity with Orion’s integrated avionics is crucial. The spacecraft’s onboard Computer and Avionics Suite manages navigation, systems health, and real-time decision-making.

Orion’s Digital Flight Control System (DFCS) uses high-fidelity algorithms to assist Wiseman in precise navigation, especially during deep-space maneuvers and lunar flyby. The spacecraft also integrates an Abort System capable of rapid escape if necessary, showcasing the importance of safety tools in human spaceflight.

Navigation and Deep-Space Tracking Tools

For accurate trajectory management, Wiseman relies on NASA’s Deep Space Network (DSN), a globally distributed array of antennas that maintains communication with spacecraft across the solar system. These ground stations provide real-time data on Orion’s position, velocity, and system status. During Artemis II, this data will be vital for navigation corrections and mission monitoring.

Autonomous navigation technologies like the Inertial Navigation System (INS) and star trackers supplement ground-based data, allowing the spacecraft to determine its position independently, reducing communication delays—an essential feature for deep space missions.

Communication and Data Management Technologies

Advanced Communication Systems

Maintaining seamless communication with mission control is paramount. Wiseman’s spacecraft is equipped with the Space Communication and Navigation (SCaN) network, which includes Ka-band and S-band transceivers. These enable high-data-rate transmissions, real-time voice and video, and telemetry data exchange.

During lunar flybys, latency increases, making autonomous communication protocols essential. Wiseman’s training emphasizes using onboard systems to handle critical situations independently, with data relayed back to Earth when possible.

Data Analysis and Visualization Tools

Onboard data management is facilitated by sophisticated software platforms that visualize spacecraft health, environmental conditions, and trajectory data. These tools allow Wiseman to interpret complex data streams quickly, making informed decisions during the mission. NASA’s Integrated Display and Analysis System (IDAS) provides intuitive dashboards that combine telemetry, system status, and mission timelines.

Crew Support and Personal Equipment Technologies

Portable Life Support Systems (PLSS)

While in deep space, Wiseman’s suit integrates with the Orion’s Environmental Control and Life Support System (ECLSS). This ensures a stable supply of breathable air, temperature regulation, and waste management. The suit itself contains sensors and communication gear, acting as a personal command center for mobility and safety.

Modern suits also incorporate real-time biometric sensors, providing data on heart rate, hydration, and fatigue—crucial for maintaining crew health during extended lunar missions.

Personal Digital Devices and Training Simulations

Prior to launch, Wiseman extensively trains with advanced simulators that replicate spacecraft systems and mission scenarios. These simulators use Virtual Reality (VR) and Augmented Reality (AR) to create immersive environments, allowing him to practice complex maneuvers and emergency procedures.

During the mission, wearable smart devices track physiological data and assist in situ decision-making, ensuring Wiseman remains alert and prepared for any situation.

Emerging Technologies: The Future of Space Missions

Artificial Intelligence and Autonomous Systems

As of March 2026, AI-driven tools are increasingly integrated into mission operations. AI algorithms assist in diagnostics, anomaly detection, and predictive maintenance—helping Wiseman address issues proactively. For example, NASA’s Autonomous Systems Management (ASM) platform can recommend corrective actions without waiting for ground control input, reducing response times.

Moreover, AI-powered virtual assistants help manage daily tasks, schedule checks, and even provide real-time troubleshooting advice, freeing Wiseman to focus on critical mission objectives.

Next-Generation Propulsion and Power Technologies

Innovations like solar electric propulsion (SEP) systems and advanced battery technologies enhance spacecraft efficiency. These systems provide reliable power and enable precise trajectory adjustments, critical during lunar flybys. Wiseman’s training includes familiarization with these systems to optimize mission performance.

Actionable Insights for Aspiring Space Enthusiasts

  • Stay informed about NASA’s latest spacecraft systems and technological innovations—these are rapidly evolving and vital for future missions.
  • Understand the importance of autonomous tools and AI in enhancing safety and operational efficiency in spaceflight.
  • Learn about the critical role of ground-based tracking and communication networks, like NASA’s DSN, in supporting deep space missions.
  • Recognize the significance of personal equipment, such as advanced space suits and biometric sensors, in ensuring astronaut health and safety.

Conclusion: The Tech-Driven Future of Human Space Exploration

Reid Wiseman’s upcoming role as Artemis II commander exemplifies how modern space explorers rely on a sophisticated array of tools and technologies. From spacecraft navigation systems to AI-assisted operations, these innovations are transforming human spaceflight into a safer, more efficient endeavor. As NASA pushes further into the lunar frontier and beyond, understanding these tools underscores the remarkable blend of human ingenuity and technological advancement necessary to explore the cosmos.

Reid Wiseman’s Vision for Future Lunar Missions and Space Exploration Trends in 2026

Introduction: A New Era in Lunar Exploration

As NASA prepares to reignite human exploration of the Moon with the Artemis program, Reid Wiseman’s strategic outlook provides valuable insights into the future of lunar missions and broader space exploration trends in 2026. With his extensive background as a naval aviator, astronaut, and now Artemis II mission commander, Wiseman’s perspective combines technical expertise with leadership acumen. His vision emphasizes not only returning humans to the lunar surface but also establishing a sustainable presence that paves the way for Mars and beyond.

Reid Wiseman’s Strategic Outlook for Lunar Missions

Returning Humans to the Moon with Artemis II

Reid Wiseman’s immediate focus is on the Artemis II mission, scheduled for launch in February 2026. This historic crewed lunar flyby will be the first since Apollo 17 in 1972, marking a critical milestone in NASA’s Artemis program. Wiseman envisions this mission as more than just a test; it’s a stepping stone toward sustainable lunar exploration.

He emphasizes the importance of the lunar flyby in validating deep-space navigation, life support systems, and spacecraft resilience. The mission will travel approximately 250,000 miles from Earth, testing technologies essential for future lunar surface operations and Mars missions. Wiseman advocates for leveraging this experience to refine operational procedures, ensuring safety and efficiency for subsequent missions.

Furthermore, Wiseman sees Artemis II as a catalyst for international collaboration and commercial partnerships. The inclusion of astronauts like Christina Koch, Victor Glover, and Jeremy Hansen symbolizes a global effort to explore the Moon, fostering shared scientific and technological advancements.

Building a Sustainable Lunar Presence

Looking beyond the initial flyby, Wiseman envisions establishing a sustainable lunar presence by the early 2030s. This involves deploying lunar habitats, utilizing in-situ resource utilization (ISRU) techniques, and developing lunar infrastructure to support longer missions.

He advocates for the integration of artificial intelligence (AI) and robotics to automate construction, resource extraction, and scientific experiments. This approach minimizes risks to human crew members, optimizes resource use, and reduces mission costs. Wiseman believes that preparing for such sustainability will require continuous innovation in spacecraft technology, life support systems, and habitat design.

Additionally, he stresses the importance of international cooperation in creating lunar gateways—orbital stations or hubs that facilitate crew transfer, scientific research, and resource management. These gateways are envisioned as the lunar equivalent of the International Space Station, serving as a springboard for deeper space exploration.

Emerging Space Exploration Trends in 2026

Global and Commercial Partnerships Accelerate

One of the defining features of space exploration in 2026 is the proliferation of international and commercial collaborations. NASA’s Artemis program exemplifies this trend, with partnerships involving ESA, CSA, JAXA, and private companies like SpaceX and Blue Origin.

Reid Wiseman highlights how these collaborations are crucial for expanding capabilities, sharing costs, and fostering innovation. Commercial lunar landers, cargo resupply missions, and crew transportation services are increasingly integral to NASA’s strategy. This hybrid model of government and private sector efforts accelerates mission timelines and broadens access to space.

For example, SpaceX’s Starship and Blue Origin’s New Glenn are seen as key vehicles for future lunar and Mars missions, offering reusable, cost-effective transportation options. Wiseman believes that such partnerships will be pivotal in establishing a sustainable human presence on the Moon and beyond.

Technological Advancements Drive Mission Capabilities

Advances in AI, robotics, and spacecraft systems are revolutionizing how missions are planned and executed. AI-powered autonomous systems assist in navigation, hazard detection, and real-time decision-making, reducing crew workload and increasing safety margins.

Robotics play a vital role in lunar surface operations, from deploying scientific instruments to constructing habitats. Wiseman foresees a future where human-robotic teams work seamlessly, with AI guiding robotic agents to perform complex tasks remotely or autonomously.

Another key trend is miniaturization of scientific instruments, allowing more comprehensive data collection within payload constraints. This enables extensive geological surveys, climate studies, and resource assessments, all critical for establishing lunar bases and supporting long-term human presence.

Focus on Science, Sustainability, and Resource Utilization

As space agencies and private enterprises look toward 2026 and beyond, scientific research remains a core driver. Lunar missions will focus on understanding the Moon’s geology, resource potential, and its role as a testing ground for technologies needed for Mars.

Wiseman emphasizes the importance of in-situ resource utilization—extracting water, oxygen, and building materials from lunar regolith. These efforts aim to reduce reliance on Earth resupply missions, making lunar bases more self-sufficient.

Furthermore, he advocates for leveraging lunar resources to produce propellants and sustain long-duration missions. This approach aligns with the broader trend of space sustainability, ensuring that exploration efforts are environmentally responsible and economically feasible.

Practical Takeaways for Future Space Enthusiasts

  • Stay informed about Artemis missions: Follow NASA updates and watch for live streams of launches and milestones in 2026.
  • Understand the importance of international collaboration: The future of space exploration is increasingly a global effort, integrating diverse expertise and funding.
  • Explore emerging technologies: AI, robotics, and miniaturized instruments are transforming mission capabilities—keeping abreast of these trends can inspire innovative ideas.
  • Support sustainable space initiatives: Promoting responsible resource utilization and environmental stewardship is vital for long-term exploration success.

Conclusion: A Vision Rooted in Innovation and Collaboration

Reid Wiseman’s strategic outlook for lunar missions in 2026 reflects a balanced approach that combines technological innovation, international cooperation, and sustainability. His leadership as Artemis II commander embodies a new chapter in human space exploration—one that extends beyond reaching the Moon to establishing a resilient human presence in deep space.

As space exploration trends continue to evolve, Wiseman’s insights highlight that the journey to the Moon and beyond hinges on collaboration, technological advancement, and a shared vision for discovery. The coming years promise to be transformative, setting the stage for humanity’s next giant leap into the cosmos.

Case Study: Leadership and Decision-Making Skills of Reid Wiseman During Critical Mission Phases

Introduction: The Significance of Leadership in Space Missions

Leadership and decision-making are critical components of successful space missions, especially during moments of crisis or unexpected challenges. NASA astronauts like Reid Wiseman exemplify how strategic thinking, calmness under pressure, and decisive action can determine mission outcomes. As the upcoming Artemis II mission positions Wiseman as the lunar flyby commander, understanding his leadership style during past missions provides valuable insights into his capabilities during critical phases of space exploration.

Reid Wiseman’s Background: Building a Foundation for Leadership

Reid Wiseman’s extensive background as a naval aviator and test pilot laid a solid foundation for his leadership skills. Flying over 30 types of aircraft and serving at sea for 2.5 years endowed him with resilience, adaptability, and the ability to remain composed under extreme conditions. His academic credentials—degrees in systems engineering from Rensselaer Polytechnic Institute and Johns Hopkins University—further strengthened his analytical and problem-solving skills. These attributes have been pivotal during his spaceflight career, particularly during complex mission phases where split-second decisions are crucial.

Leadership During the International Space Station (ISS) Expedition 40/41

The Role of a Flight Engineer in High-Stakes Environments

During Expedition 40/41 in 2014, Wiseman served as a flight engineer aboard the ISS, spending 165 days in orbit. This long-duration mission demanded exceptional leadership, especially in managing daily operations, troubleshooting technical issues, and maintaining crew cohesion. One notable instance was when a critical cooling system component failed, risking the thermal stability of the station.

Wiseman’s approach combined technical expertise with calm, authoritative communication. He led the team through a series of troubleshooting protocols, coordinating with ground control and other crew members to implement a temporary workaround while awaiting replacement parts. His ability to maintain focus under pressure and to delegate effectively prevented the situation from escalating into a full-blown emergency, exemplifying his decision-making acumen.

Key Takeaways from the ISS Experience

  • Risk Management: Wiseman prioritized safety while executing necessary repairs, balancing urgency with caution.
  • Team Coordination: He fostered open communication, ensuring all crew members understood their roles during critical moments.
  • Technical Confidence: His familiarity with spacecraft systems enabled rapid assessment and action, minimizing downtime and risk.

Leadership During Training and Preparations for Artemis II

Simulations and Scenario Planning

As the Artemis II mission approaches, Wiseman’s leadership has extended into training, where simulated crisis scenarios test his decision-making. These exercises include simulated system failures, navigation errors, and communication blackouts, mirroring potential real-world challenges during a lunar flyby.

During these simulations, Wiseman demonstrates a methodical approach: assessing the situation, consulting with experts, and making decisive calls. His calm demeanor inspires confidence among crew members and training staff, reinforcing the importance of mental resilience and clear communication in high-stakes environments.

Decision-Making in Complex, Uncertain Environments

One of Wiseman’s key strengths is his ability to synthesize complex data rapidly. For instance, during a recent simulation involving navigation anomalies, he prioritized data analysis to determine whether the issue was software-related or hardware malfunction. He then orchestrated a coordinated response, which included abort procedures and contingency plans, ensuring the crew was prepared for multiple outcomes.

This proactive and structured decision-making process is vital for lunar missions, where delays or errors can have severe consequences. Wiseman’s approach emphasizes preparation, flexibility, and reliance on a well-informed team—traits that will be invaluable during the Artemis II flyby.

Problem-Solving During Critical Mission Phases

Handling Unexpected Technical Challenges

In space, unforeseen problems are inevitable. Wiseman’s past experiences highlight a problem-solving style rooted in thorough analysis and cool-headedness. During his ISS mission, when faced with a malfunctioning cooling system, he didn’t panic; instead, he led efforts to diagnose the issue, communicate with ground support, and implement temporary solutions.

His technical background enabled him to understand complex spacecraft systems, quickly identify root causes, and coordinate effective responses. This capacity for rapid problem-solving underpins his leadership, ensuring safety and mission success even amid adversity.

Applying Lessons to Artemis II

As Artemis II’s mission involves a lunar flyby, the margin for error narrows further. Wiseman’s prior problem-solving experiences suggest he will prioritize early detection of anomalies, rapid assessment, and coordinated responses. The emphasis on simulation drills has prepared him and his team to tackle issues proactively, minimizing the risk of cascading failures.

Furthermore, his leadership style encourages open dialogue, so crew members feel empowered to voice concerns or observations that may indicate emerging issues—crucial for maintaining safety in deep-space environments where immediate ground support isn’t always available.

Actionable Insights and Practical Takeaways

  • Preparation is paramount: Wiseman’s rigorous training and simulation exercises demonstrate that detailed preparation enhances decision-making confidence during crises.
  • Stay calm under pressure: His composed demeanor under stress underscores the importance of mental resilience for leaders in high-stakes environments.
  • Foster team communication: Clear, open channels of communication enable coordinated responses and shared situational awareness.
  • Leverage technical expertise: Deep understanding of systems allows for quicker diagnosis and effective problem-solving.
  • Embrace adaptability: Flexibility and willingness to adjust plans are vital when facing unpredictable challenges in space.

Conclusion: The Impact of Wiseman’s Leadership on Future Space Missions

Reid Wiseman’s proven ability to lead during high-pressure moments, whether aboard the ISS or in training scenarios, underscores his readiness to command the Artemis II lunar flyby. His combination of technical expertise, calm decisiveness, and team-oriented leadership exemplifies the qualities necessary for successful deep-space exploration.

As NASA advances its Artemis program, Wiseman’s leadership serves as a model for mission success, inspiring confidence among crew members and stakeholders alike. His approach demonstrates that effective decision-making during critical mission phases can turn potential crises into opportunities for innovation and teamwork, paving the way for humanity’s next giant leap beyond Earth’s orbit.

Recent News and Updates on Reid Wiseman and the Artemis II Mission in 2026

Introduction: A Historic Step Toward Lunar Exploration

As of 2026, the Artemis II mission stands as a monumental milestone in human space exploration, marking the first crewed lunar flyby since Apollo 17 in 1972. Central to this historic endeavor is Reid Wiseman, a highly experienced NASA astronaut and the mission commander. Recent developments highlight his leadership, the mission’s progress, and the broader implications for future deep-space exploration.

Reid Wiseman’s Leadership and Role in Artemis II

Background and Qualifications

Reid Wiseman, born in Baltimore, Maryland, on November 11, 1975, has built a formidable career as a naval aviator and astronaut. With over 30 aircraft types flown and 165 days aboard the International Space Station during Expedition 40/41, Wiseman brings extensive operational expertise to Artemis II. His academic background in systems engineering from Johns Hopkins and Rensselaer Polytechnic Institute complements his hands-on experience, making him an ideal leader for this complex lunar mission.

Command Responsibilities

As the mission commander, Wiseman’s responsibilities extend from overseeing the crew’s training to ensuring the safety and success of the lunar flyby. His leadership involves coordinating with NASA’s ground control, managing spacecraft systems, and making critical real-time decisions during the 10-day mission. His prior experience in spaceflight operations and test piloting has prepared him to handle unforeseen challenges in deep space.

Latest Developments in the Artemis II Mission (March 2026)

Launch Preparations and Technical Milestones

Recent updates from NASA indicate that the Artemis II spacecraft has completed several crucial testing phases. In March 2026, NASA announced the successful completion of the second fuel loading test, a vital step to ensure the rocket's readiness. This test verified the performance of the Space Launch System (SLS) and Orion crew vehicle under conditions mimicking launch scenarios, reducing the risk of technical anomalies during the actual mission.

NASA’s Artemis program continues to accelerate, with the launch window now firmly set for February 2026. The agency reports that all major ground systems are operational, and the crew’s training has reached an advanced stage, including simulation exercises that replicate lunar flyby scenarios.

Crew Composition and International Collaboration

The Artemis II crew includes NASA astronauts Christina Koch, Victor Glover, Canadian Space Agency astronaut Jeremy Hansen, and Wiseman. The international partnership with Canada exemplifies NASA’s collaborative approach to space exploration, fostering shared technological advancements and scientific research.

Recent interviews with Wiseman emphasize the importance of teamwork and international cooperation, especially as the crew prepares for the high-stakes lunar flyby. The mission’s success will not only demonstrate NASA’s technical capabilities but also strengthen global partnerships in space exploration.

Technological and Scientific Goals

The Artemis II spacecraft is designed to travel roughly 250,000 miles from Earth, reaching a lunar orbit without landing. During this 10-day mission, the crew will test key systems such as life support, navigation, and communications in deep space conditions. This data is crucial for planning subsequent lunar landings and future Mars missions.

Additionally, the mission aims to conduct scientific experiments aboard the Orion spacecraft, including radiation measurements and environmental monitoring, contributing valuable data to safeguard future astronauts venturing farther into space.

Public Engagement and Media Coverage

As the launch nears, NASA and partnering organizations have ramped up public outreach efforts. Recent press releases, social media updates, and documentaries focus on Wiseman’s leadership and the mission’s significance. NASA’s official channels feature behind-the-scenes glimpses into crew training, spacecraft preparations, and mission simulations.

In an interview with NASA in March 2026, Wiseman expressed excitement and pride, stating, “Leading Artemis II is a tremendous honor, and I am committed to ensuring the safety and success of this historic mission. We are pushing the boundaries of exploration to pave the way for future generations.”

Challenges and Expected Outcomes

Technical and Operational Challenges

Despite the progress, Artemis II faces inherent challenges typical of complex space missions. These include managing deep-space radiation exposure, ensuring reliable spacecraft systems over extended periods, and maintaining crew health during prolonged isolation. Wiseman’s extensive training and NASA’s rigorous safety protocols aim to mitigate these risks.

Communication delays with Earth, approximately 1.3 seconds one way, require the crew and mission control to operate with high autonomy, emphasizing Wiseman’s leadership in real-time decision-making.

Scientific and Inspirational Impact

The Artemis II mission is poised to deliver groundbreaking scientific data, such as insights into lunar environment and radiation levels, essential for future lunar bases. It also acts as a catalyst for inspiring STEM education worldwide, with Wiseman’s leadership serving as a role model for aspiring scientists and engineers.

Furthermore, success in this mission will demonstrate NASA’s capability to safely send humans beyond low Earth orbit, bolstering international confidence and paving the way for Mars exploration in the coming decades.

Practical Takeaways and Future Outlook

  • Stay informed: Follow NASA’s official channels for real-time updates on Artemis II’s progress and launch schedule.
  • Engage with educational content: NASA provides documentaries, interviews, and virtual tours that deepen understanding of lunar exploration.
  • Learn from leadership: Reid Wiseman’s approach underscores the importance of thorough training, teamwork, and resilience—principles applicable beyond space missions.
  • Support space initiatives: Public interest and funding are vital for continued exploration efforts like Artemis, which aim to establish a sustainable human presence on the Moon and beyond.

Conclusion: A New Era in Human Space Exploration

The recent updates on Reid Wiseman and the Artemis II mission underscore the significance of this lunar flyby in the broader context of space exploration. Wiseman’s leadership, combined with NASA’s technological advancements, promises to open new frontiers for humanity. As 2026 unfolds, the world watches with anticipation, witnessing a new chapter that could redefine our understanding of the Moon, human resilience, and our potential to explore the cosmos.

Predictions for Reid Wiseman’s Career Post-Artemis II and the Future of Human Spaceflight

Introduction: A Pivotal Moment in Human Space Exploration

Reid Wiseman’s upcoming role as the commander of NASA’s Artemis II mission marks a significant milestone not only in his illustrious career but also in the broader trajectory of human spaceflight. As the first crewed lunar mission since Apollo 17 in 1972, Artemis II is poised to redefine our approach to lunar exploration and set the stage for future human missions to Mars. But what lies ahead for Wiseman after this historic mission, and how might his leadership influence the future of space exploration? Let's explore these questions by examining his career trajectory and broader predictions for human spaceflight in the coming years.

Reid Wiseman’s Career Trajectory Post-Artemis II

From Mission Commander to Leadership in Space Policy and Innovation

Reid Wiseman's extensive experience as a naval aviator, astronaut, and NASA’s Chief of the Astronaut Office has already positioned him as a key figure in NASA’s leadership hierarchy. Once Artemis II is completed—anticipated in 2026—several pathways could open for Wiseman, depending on NASA’s strategic priorities and his personal interests. Given his leadership role in a landmark lunar mission, it’s highly likely that Wiseman will ascend to even more influential positions within NASA, possibly serving as a senior advisor or director of future exploration initiatives. His background in systems engineering and test piloting, combined with his proven leadership, makes him an ideal candidate to champion new spaceflight technologies or oversee international collaborative projects. Additionally, Wiseman’s reputation as a compelling communicator and educator could lead to roles in public engagement or space advocacy, helping to inspire the next generation of scientists, engineers, and explorers. His involvement in advisory boards, such as the Limitless Space Institute, signals an ongoing commitment to advancing space technology and education, which could expand into formal leadership roles or even policy-making positions in the future.

Potential for Deep Space Missions and Commercial Collaborations

Post-Artemis II, Wiseman’s trajectory might also involve participation in subsequent deep-space missions. NASA’s Artemis program aims not only to return humans to the Moon but to establish sustainable lunar bases as stepping stones toward Mars. Wiseman’s expertise could make him a candidate for future Artemis missions, perhaps as a mission specialist or even as a Mars mission commander once NASA and international partners move beyond lunar exploration. Furthermore, Wiseman’s leadership qualities and NASA experience position him well for collaborations with private space companies such as SpaceX, Blue Origin, and Lockheed Martin. As commercial entities increasingly contribute to space logistics and infrastructure, Wiseman’s role could evolve into a bridge between NASA’s governmental efforts and private sector innovation, fostering a new era of public-private partnerships in space.

Transition into Educational and Policy Roles

With his background in engineering, aviation, and leadership, Wiseman could also transition into influential roles in space policy or academia. His academic credentials from Johns Hopkins University and Rensselaer Polytechnic Institute bolster his profile as an educator and thought leader. Future opportunities may include serving as an advisor to government agencies, participating in international space diplomacy, or even shaping the curricula of space exploration programs. Moreover, Wiseman’s active engagement with space advocacy groups and think tanks suggests he values the educational aspect of space exploration. His mentorship and outreach could influence policies that make space more accessible and inclusive, shaping the future of human spaceflight for decades to come.

The Broader Future of Human Spaceflight: Predictions and Trends

Return to the Moon as a Stepping Stone

The Artemis program’s success, with Wiseman at the helm of Artemis II, signals a renaissance in lunar exploration. NASA’s goal is to establish a sustainable presence on the Moon by the early 2030s, leveraging international partnerships and commercial resources. This lunar gateway will serve as a testing ground for technologies critical for Mars missions, such as life support systems, habitat construction, and resource utilization. Expect an increase in lunar surface missions, robotic and crewed, that will explore lunar science, test new habitats, and develop in-situ resource utilization (ISRU). Wiseman’s leadership in Artemis II will likely influence the protocols and technological innovations that shape these subsequent missions.

Advancements in Space Technology and Infrastructure

The next decade will see rapid advancements in propulsion, spacecraft design, and autonomous systems. Reusable rockets, nuclear propulsion, and AI-driven mission planning are expected to become standard. Wiseman’s background in systems engineering and test piloting positions him to be at the forefront of integrating these innovations into operational spaceflight. The development of lunar bases and the eventual human settlement on Mars will depend heavily on robust space infrastructure. This includes lunar habitats, space stations, and supply chains. Leaders like Wiseman will be instrumental in guiding these developments, emphasizing safety, sustainability, and international cooperation.

The Role of International Collaboration and Commercial Spaceflight

As space becomes more accessible, international partnerships will grow in importance. The Artemis Accords exemplify this trend, fostering cooperation among nations and private companies. Wiseman’s diplomatic and leadership skills could position him as a key figure in shaping these collaborations, promoting peaceful and productive space endeavors. Commercial spaceflight will also play a pivotal role. Companies like SpaceX’s Starship are poised to revolutionize payload delivery and crew transportation. Wiseman’s experience with NASA and his advocacy for innovation could see him involved in integrating commercial assets into NASA’s exploration plans, making human spaceflight more sustainable and cost-effective.

Preparing Humanity for Mars and Beyond

Ultimately, the long-term goal is to send humans to Mars. While Artemis II is a lunar mission, it serves as a vital stepping stone—testing systems, building experience, and inspiring public interest. Wiseman’s role in shaping the next generation of explorers and advancing space technologies will be crucial for overcoming the challenges of interplanetary travel. By the 2030s, NASA and its partners will likely be executing crewed Mars missions, with lessons learned from lunar exploration guiding the way. Leaders like Wiseman will be instrumental in ensuring these missions prioritize safety, sustainability, and scientific discovery.

Conclusion: A Bright Future for Reid Wiseman and Human Space Exploration

Reid Wiseman’s career post-Artemis II appears poised for continued growth and influence. His leadership in this historic lunar mission will solidify his role as a key architect of the future of human spaceflight. Whether guiding the next wave of lunar exploration, participating in Mars missions, or shaping policy and innovation, Wiseman’s experience and vision will be instrumental in pushing humanity’s boundaries. As NASA and international partners forge ahead, the future of space exploration looks promising—marked by unprecedented technological advancements, increased collaboration, and the enduring human spirit of discovery. Wiseman’s journey, from Baltimore to the Moon and beyond, exemplifies the limitless potential of human exploration—and the exciting road that lies ahead for all of us.

Reid Wiseman’s Personal Interests and Hobbies: Balancing Space Missions and Life on Earth

Introduction: The Human Side of a Space Explorer

Reid Wiseman is more than just a distinguished NASA astronaut and Artemis II mission commander. Behind the scenes of his impressive career lies a vibrant personal life filled with hobbies and interests that keep him grounded and balanced amidst the high-stakes world of space exploration. Maintaining this equilibrium is crucial, especially for someone preparing for a historic lunar flyby in 2026. Let’s delve into Wiseman’s personal pursuits, how he balances his demanding career with his personal life, and what insights his hobbies offer about his resilience and leadership.

Hobbies That Keep Him Grounded

Go-Kart Racing: The Thrill of Speed and Precision

One of Reid Wiseman’s favorite pastimes is go-kart racing. This hobby isn’t just about fun; it’s a pursuit that sharpens his reflexes, focus, and strategic thinking—all qualities vital for an astronaut. Racing go-karts provides a sense of adrenaline and competition, helping Wiseman stay mentally agile. It’s also a way to connect with friends and fellow enthusiasts who share the same passion for high-speed racing. For Wiseman, the thrill of navigating tight corners at high speeds echoes the precision and quick decision-making required during space missions.

Golf: Patience and Precision on the Green

Golf is another favorite hobby, offering Wiseman a tranquil escape from the high-pressure environment of spaceflight. The game demands patience, focus, and consistency—traits that translate well into his professional responsibilities. Playing golf allows him to unwind, practice strategic thinking, and enjoy nature’s serenity. It’s also a social activity that helps maintain relationships outside of his demanding career, reinforcing the importance of work-life balance.

Woodworking and DIY Projects: Creativity and Focus

Wiseman’s interest in woodworking and DIY projects reflects his creative side and love for craftsmanship. Building furniture or small projects requires patience, attention to detail, and problem-solving skills. These activities serve as a mental reset, helping him detach from the technicalities of space missions and reconnect with tangible, hands-on work. Woodworking also fosters a sense of accomplishment and mindfulness, which is invaluable during the long stretches of training or spaceflight preparation.

Running: Physical Fitness and Mental Clarity

As a space explorer, maintaining physical fitness is non-negotiable. Wiseman incorporates running into his routine not only for physical health but also to clear his mind. Running is a form of moving meditation for him, helping reduce stress and boost mental clarity. It also keeps him in peak shape for the physical demands of space missions, and the discipline developed through running reinforces his resilience and endurance for challenges ahead.

Balancing Work and Personal Life

Family First: The Heart of Wiseman’s Life

Despite the busy schedule filled with training, mission planning, and international collaborations, Wiseman places a high priority on his family. Married with two daughters, he sees his family as his anchor and motivation. Maintaining strong relationships requires intentional effort—regular communication, shared activities, and creating memorable moments even amidst a hectic schedule. Wiseman often speaks about how his family’s support energizes him and keeps him grounded, especially as he prepares for the demanding Artemis II lunar flyby mission.

Time Management and Prioritization

Effective time management is key to balancing his aspirations and responsibilities. Wiseman’s disciplined routine allows him to dedicate time to hobbies, family, and professional development. He emphasizes the importance of setting priorities and being present in each moment—whether he’s training for a mission or relaxing with his daughters. This mindful approach helps prevent burnout and sustains his passion for space exploration while enjoying life on Earth.

Continuous Learning and Education

Beyond his hobbies, Wiseman maintains a keen interest in education and sharing knowledge. He is actively involved in advisory boards, such as the Limitless Space Institute, inspiring the next generation of space explorers. Engaging in educational activities helps him stay connected to his roots and fuels his curiosity. It also allows him to give back, fostering a sense of purpose beyond personal pursuits.

Insights from Reid Wiseman’s Personal Interests

Wiseman’s hobbies reveal a lot about his personality—resilient, disciplined, curious, and balanced. His love for activities like go-kart racing and golf shows his competitive spirit and patience, while woodworking and running highlight his focus and mindfulness. These pursuits serve as vital outlets that recharge his mental and physical batteries, ensuring he’s prepared for the complexities of space missions.

Moreover, his dedication to family exemplifies the importance of grounding oneself amidst a career filled with extraordinary achievements. His ability to compartmentalize and find joy in diverse activities underscores a key lesson: maintaining hobbies and personal interests isn’t just about leisure; it’s about building resilience, fostering creativity, and supporting long-term success.

Practical Takeaways for Aspiring Space Enthusiasts

  • Engage in hobbies that challenge you: Like Wiseman’s go-kart racing, activities that require focus sharpen your skills and mental agility.
  • Prioritize physical activity: Running or sports help reduce stress and improve overall well-being—a necessity for demanding careers.
  • Dedicate time to family and friends: Building a strong support network provides emotional resilience that fuels professional pursuits.
  • Practice mindfulness and creativity: Woodworking or other crafts foster patience and mental clarity, essential qualities for high-pressure environments.
  • Maintain a continuous learning mindset: Stay curious and involved in educational activities to inspire growth beyond your current role.

Conclusion: The Balance of a Modern Space Explorer

Reid Wiseman exemplifies how a successful space explorer maintains a vibrant personal life through diverse hobbies and meaningful relationships. His pursuits outside the confines of spacecraft and mission control not only enrich his life but also enhance his professional capabilities. As he leads the Artemis II lunar flyby in 2026, Wiseman’s balanced approach serves as a blueprint for aspiring astronauts and professionals alike—reminding us that nurturing personal interests and family connections is vital to achieving extraordinary goals while staying true to ourselves.

Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights

Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights

Discover the inspiring journey of Reid Wiseman, NASA astronaut and Artemis II mission commander. Use AI-powered analysis to explore his space career, upcoming lunar mission, and leadership at NASA. Learn about his background, space exploration, and future lunar flyby in 2026.

Reid WisemanNASA astronautArtemis IIInternational Space StationNASA Chief of Astronaut OfficeSpace ExplorationLunar MissionNASA

Frequently Asked Questions

Reid Wiseman is a renowned NASA astronaut and naval aviator born in Baltimore, Maryland, in 1975. He has flown over 30 types of aircraft and spent 165 days aboard the International Space Station during Expedition 40/41 in 2014. Wiseman served as NASA's Chief of the Astronaut Office from 2020 to 2022 and is currently the commander of NASA's Artemis II mission, scheduled for 2026. His leadership in upcoming lunar missions marks a significant step in human space exploration, making him a key figure in NASA's efforts to return humans to the Moon and beyond.

To learn about Reid Wiseman’s role in the Artemis II mission, you can follow NASA’s official updates, press releases, and social media channels. As the mission commander, Wiseman will lead a crew of astronauts on a lunar flyby scheduled for 2026, traveling approximately 250,000 miles from Earth. His leadership involves overseeing mission planning, safety protocols, and coordination with ground control. Additionally, interviews, documentaries, and NASA’s educational resources provide insights into his responsibilities and preparations for this historic lunar mission.

Reid Wiseman’s extensive experience as an astronaut and pilot brings valuable leadership to NASA’s Artemis II mission. His background in systems engineering and spaceflight ensures meticulous mission planning and safety. His leadership fosters innovation, teamwork, and resilience, which are crucial for the success of complex lunar missions. Wiseman’s role also inspires future generations of scientists, engineers, and space enthusiasts, promoting advancements in space technology and international collaboration for sustainable lunar exploration.

As Artemis II mission commander, Reid Wiseman faces challenges such as ensuring crew safety during the lunar flyby, managing technical complexities of deep-space navigation, and coordinating international and commercial partnerships. The mission involves high-risk factors like radiation exposure, system failures, and communication delays. Wiseman’s experience as a test pilot and astronaut helps mitigate these risks, but meticulous planning, training, and real-time decision-making are essential to overcome these challenges and ensure mission success.

Reid Wiseman emphasizes rigorous training, thorough simulations, and continuous education to prepare for space missions. He advocates for teamwork, mental resilience, and adaptability, which are vital for handling unexpected situations. Wiseman also prioritizes staying physically fit and maintaining a strong understanding of spacecraft systems. His approach includes learning from past missions, staying updated on technological advancements, and fostering open communication among crew members to ensure optimal performance during missions.

Reid Wiseman’s experience as a naval aviator, test pilot, and International Space Station astronaut makes him highly qualified for lunar missions. Compared to other NASA astronauts, Wiseman’s leadership role as Artemis II commander highlights his extensive operational expertise and mission management skills. While some astronauts have specialized in science or spacewalks, Wiseman’s background in systems engineering and flight leadership provides a comprehensive skill set suited for commanding complex deep-space missions, distinguishing him among his peers.

As of 2026, Reid Wiseman is actively preparing for his role as the Artemis II mission commander, which is scheduled to launch in February 2026. This mission will be the first crewed lunar flyby since Apollo 17 in 1972, marking a historic milestone. Wiseman’s recent activities include participating in training exercises, mission simulations, and public outreach to promote space exploration. His leadership is pivotal in advancing NASA’s Artemis program, aiming to establish sustainable human presence on the Moon and pave the way for future Mars missions.

Beginners interested in learning more about Reid Wiseman can start with NASA’s official website, which features biographies, mission details, and educational videos. Documentaries and interviews available on platforms like YouTube provide insights into his career and space missions. Additionally, space-focused educational platforms and science museums often host talks and articles about modern astronauts like Wiseman. Following NASA’s social media channels and space exploration news outlets will also keep you updated on his latest activities and missions.

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Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights

Discover the inspiring journey of Reid Wiseman, NASA astronaut and Artemis II mission commander. Use AI-powered analysis to explore his space career, upcoming lunar mission, and leadership at NASA. Learn about his background, space exploration, and future lunar flyby in 2026.

Reid Wiseman: NASA Astronaut & Artemis II Mission Commander | AI Analysis & Insights
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Analyze Reid Wiseman’s training regimen, skill set, and psychological preparation techniques essential for leading complex lunar missions like Artemis II.

This knowledge ensures he can troubleshoot in real time if anomalies occur. For Artemis II, he has undergone thousands of hours of classroom instruction, hands-on system evaluations, and operational drills. NASA’s training programs are designed to simulate every possible scenario, from routine operations to critical failures, ensuring that Wiseman is prepared for the unexpected.

For Artemis II, these simulations are not only about technical procedures but also about decision-making under pressure. Wiseman and his crew participate in mock emergencies, such as system failures or communication blackouts, to develop quick thinking and effective teamwork. These exercises are crucial for ingraining muscle memory and building confidence.

Additionally, NASA’s astronauts undergo centrifuge tests and underwater simulations in neutral buoyancy pools, mirroring the weightless environment of space. These activities prepare Wiseman physically and mentally for the rigors of deep-space travel.

For Artemis II, he has further honed his skills through specialized training on lunar navigation, spacecraft systems, and emergency protocols. His ability to think analytically and act decisively is a cornerstone of his leadership style.

Effective communication skills are vital, especially during critical mission phases or emergencies. Wiseman’s experience aboard the ISS, where he coordinated with international teams, has ingrained a collaborative mindset essential for Artemis II’s success.

This mental agility is further reinforced through cognitive training exercises, stress management techniques, and mindfulness practices. Such mental conditioning ensures he can navigate the high-stakes environment of lunar flybys confidently.

In simulations, he is exposed to intense situations that mimic real spaceflight stressors, helping him develop resilience. Regular debriefings and psychological check-ins with NASA’s support staff also ensure mental well-being is prioritized alongside physical fitness.

He also emphasizes the importance of understanding crew members’ individual psychological needs, fostering an environment where everyone feels valued and supported.

By understanding and applying such rigorous preparation practices, aspiring astronauts and space enthusiasts can contribute meaningfully to the ongoing journey of human space exploration, inspired by trailblazers like Reid Wiseman.

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Top Tools and Technologies Reid Wiseman Uses as a NASA Astronaut and Artemis II Commander

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Case Study: Leadership and Decision-Making Skills of Reid Wiseman During Critical Mission Phases

Analyze specific instances of Reid Wiseman’s leadership, decision-making, and problem-solving during key moments of his space missions.

Recent News and Updates on Reid Wiseman and the Artemis II Mission in 2026

Summarize the latest developments, news headlines, and updates related to Reid Wiseman and the Artemis II lunar mission as of 2026.

Predictions for Reid Wiseman’s Career Post-Artemis II and the Future of Human Spaceflight

Speculate on Reid Wiseman’s potential career trajectory after Artemis II and discuss broader predictions for human space exploration in the coming years.

Given his leadership role in a landmark lunar mission, it’s highly likely that Wiseman will ascend to even more influential positions within NASA, possibly serving as a senior advisor or director of future exploration initiatives. His background in systems engineering and test piloting, combined with his proven leadership, makes him an ideal candidate to champion new spaceflight technologies or oversee international collaborative projects.

Additionally, Wiseman’s reputation as a compelling communicator and educator could lead to roles in public engagement or space advocacy, helping to inspire the next generation of scientists, engineers, and explorers. His involvement in advisory boards, such as the Limitless Space Institute, signals an ongoing commitment to advancing space technology and education, which could expand into formal leadership roles or even policy-making positions in the future.

Furthermore, Wiseman’s leadership qualities and NASA experience position him well for collaborations with private space companies such as SpaceX, Blue Origin, and Lockheed Martin. As commercial entities increasingly contribute to space logistics and infrastructure, Wiseman’s role could evolve into a bridge between NASA’s governmental efforts and private sector innovation, fostering a new era of public-private partnerships in space.

Moreover, Wiseman’s active engagement with space advocacy groups and think tanks suggests he values the educational aspect of space exploration. His mentorship and outreach could influence policies that make space more accessible and inclusive, shaping the future of human spaceflight for decades to come.

Expect an increase in lunar surface missions, robotic and crewed, that will explore lunar science, test new habitats, and develop in-situ resource utilization (ISRU). Wiseman’s leadership in Artemis II will likely influence the protocols and technological innovations that shape these subsequent missions.

The development of lunar bases and the eventual human settlement on Mars will depend heavily on robust space infrastructure. This includes lunar habitats, space stations, and supply chains. Leaders like Wiseman will be instrumental in guiding these developments, emphasizing safety, sustainability, and international cooperation.

Commercial spaceflight will also play a pivotal role. Companies like SpaceX’s Starship are poised to revolutionize payload delivery and crew transportation. Wiseman’s experience with NASA and his advocacy for innovation could see him involved in integrating commercial assets into NASA’s exploration plans, making human spaceflight more sustainable and cost-effective.

By the 2030s, NASA and its partners will likely be executing crewed Mars missions, with lessons learned from lunar exploration guiding the way. Leaders like Wiseman will be instrumental in ensuring these missions prioritize safety, sustainability, and scientific discovery.

As NASA and international partners forge ahead, the future of space exploration looks promising—marked by unprecedented technological advancements, increased collaboration, and the enduring human spirit of discovery. Wiseman’s journey, from Baltimore to the Moon and beyond, exemplifies the limitless potential of human exploration—and the exciting road that lies ahead for all of us.

Reid Wiseman’s Personal Interests and Hobbies: Balancing Space Missions and Life on Earth

Highlight Reid Wiseman’s hobbies, personal interests, and how he maintains work-life balance as a space explorer and family man.

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topics.faq

Who is Reid Wiseman and what is his significance in space exploration?
Reid Wiseman is a renowned NASA astronaut and naval aviator born in Baltimore, Maryland, in 1975. He has flown over 30 types of aircraft and spent 165 days aboard the International Space Station during Expedition 40/41 in 2014. Wiseman served as NASA's Chief of the Astronaut Office from 2020 to 2022 and is currently the commander of NASA's Artemis II mission, scheduled for 2026. His leadership in upcoming lunar missions marks a significant step in human space exploration, making him a key figure in NASA's efforts to return humans to the Moon and beyond.
How can I learn more about Reid Wiseman’s role in the Artemis II mission?
To learn about Reid Wiseman’s role in the Artemis II mission, you can follow NASA’s official updates, press releases, and social media channels. As the mission commander, Wiseman will lead a crew of astronauts on a lunar flyby scheduled for 2026, traveling approximately 250,000 miles from Earth. His leadership involves overseeing mission planning, safety protocols, and coordination with ground control. Additionally, interviews, documentaries, and NASA’s educational resources provide insights into his responsibilities and preparations for this historic lunar mission.
What are the benefits of Reid Wiseman’s leadership in upcoming lunar missions?
Reid Wiseman’s extensive experience as an astronaut and pilot brings valuable leadership to NASA’s Artemis II mission. His background in systems engineering and spaceflight ensures meticulous mission planning and safety. His leadership fosters innovation, teamwork, and resilience, which are crucial for the success of complex lunar missions. Wiseman’s role also inspires future generations of scientists, engineers, and space enthusiasts, promoting advancements in space technology and international collaboration for sustainable lunar exploration.
What are the main challenges Reid Wiseman might face as Artemis II mission commander?
As Artemis II mission commander, Reid Wiseman faces challenges such as ensuring crew safety during the lunar flyby, managing technical complexities of deep-space navigation, and coordinating international and commercial partnerships. The mission involves high-risk factors like radiation exposure, system failures, and communication delays. Wiseman’s experience as a test pilot and astronaut helps mitigate these risks, but meticulous planning, training, and real-time decision-making are essential to overcome these challenges and ensure mission success.
What are some best practices Reid Wiseman follows for preparing for space missions?
Reid Wiseman emphasizes rigorous training, thorough simulations, and continuous education to prepare for space missions. He advocates for teamwork, mental resilience, and adaptability, which are vital for handling unexpected situations. Wiseman also prioritizes staying physically fit and maintaining a strong understanding of spacecraft systems. His approach includes learning from past missions, staying updated on technological advancements, and fostering open communication among crew members to ensure optimal performance during missions.
How does Reid Wiseman’s experience compare to other NASA astronauts involved in lunar missions?
Reid Wiseman’s experience as a naval aviator, test pilot, and International Space Station astronaut makes him highly qualified for lunar missions. Compared to other NASA astronauts, Wiseman’s leadership role as Artemis II commander highlights his extensive operational expertise and mission management skills. While some astronauts have specialized in science or spacewalks, Wiseman’s background in systems engineering and flight leadership provides a comprehensive skill set suited for commanding complex deep-space missions, distinguishing him among his peers.
What are the latest developments in Reid Wiseman’s space career as of 2026?
As of 2026, Reid Wiseman is actively preparing for his role as the Artemis II mission commander, which is scheduled to launch in February 2026. This mission will be the first crewed lunar flyby since Apollo 17 in 1972, marking a historic milestone. Wiseman’s recent activities include participating in training exercises, mission simulations, and public outreach to promote space exploration. His leadership is pivotal in advancing NASA’s Artemis program, aiming to establish sustainable human presence on the Moon and pave the way for future Mars missions.
Where can I find resources to learn more about Reid Wiseman for beginners interested in space exploration?
Beginners interested in learning more about Reid Wiseman can start with NASA’s official website, which features biographies, mission details, and educational videos. Documentaries and interviews available on platforms like YouTube provide insights into his career and space missions. Additionally, space-focused educational platforms and science museums often host talks and articles about modern astronauts like Wiseman. Following NASA’s social media channels and space exploration news outlets will also keep you updated on his latest activities and missions.

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  • NASA hit by fuel leaks during a practice countdown of the moon rocket that will fly with astronauts - WPLG Local 10— WPLG Local 10

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  • NASA begins practice countdown for first moonshot with astronauts in over 50 years | World News - Hindustan Times— Hindustan Times

    <a href="https://news.google.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?oc=5" target="_blank">NASA begins practice countdown for first moonshot with astronauts in over 50 years | World News</a>&nbsp;&nbsp;<font color="#6f6f6f">Hindustan Times</font>

  • Baltimore Native Reid Wiseman is Leading NASA’s Milestone Mission to the Moon - Baltimore Magazine— Baltimore Magazine

    <a href="https://news.google.com/rss/articles/CBMi4gFBVV95cUxQQ3Y3VG93TWdjMWpUWlFrQXBBRVU3SkZ1NnBaVXAyNUFnRW9qM2JwNnJibTlfdVhnZktHN3N0N0FjUVRYYVpOT1FPSUQyY190WUpyZHFVblRkZXdrS2xhSUFkZGtBZktUZFlfM2E2VS03MElUdmd6Vk9RS1ZUck9nek1IcmNOWDVsUk1XX0hvWHBGZW9QMUE4UklXWHcxNDNVMGFiTjVXYVA3a2tBUlQ5ZmYzUXRsVi0tbmluNTZON0pDeGJzemlVOHVpQmVzYXBkQTJJNkw2ZXdLZUNiTkZIa3Bn?oc=5" target="_blank">Baltimore Native Reid Wiseman is Leading NASA’s Milestone Mission to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">Baltimore Magazine</font>

  • Who are the Artemis II crew? Nasa’s moon astronauts want to be forgotten - The Times— The Times

    <a href="https://news.google.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?oc=5" target="_blank">Who are the Artemis II crew? Nasa’s moon astronauts want to be forgotten</a>&nbsp;&nbsp;<font color="#6f6f6f">The Times</font>

  • NASA’s Giant Rocket Completes Slow Roll Toward Artemis II Moon Voyage - The New York Times— The New York Times

    <a href="https://news.google.com/rss/articles/CBMigAFBVV95cUxQb1pHSVJDTWM2QVh4azMtWGF3U3MyaVhudWdwZjRYNGZsYkJaWkphdXpVQ3JuNkQ3RFUwZ0FoME55RmRONnU4SHgyMWZvSDRTSGtsYVRVOG5iQlJlUC1TbFhobHVYNTVoVmh4WUgxTlM1TWQxNE1KMFRjQ045TGVwVg?oc=5" target="_blank">NASA’s Giant Rocket Completes Slow Roll Toward Artemis II Moon Voyage</a>&nbsp;&nbsp;<font color="#6f6f6f">The New York Times</font>

  • Jersey Skies: Back to the Moon - Jersey's Best— Jersey's Best

    <a href="https://news.google.com/rss/articles/CBMid0FVX3lxTE1RTF9EOHE3UTQ5RXF3UENnQmZ5c29DT2pJUVVsWHYwUUg2Q0xsdV94WVMzZmRnMDhPQm9kNkEyaW1ZQXlqdXFfMTFnYkhqcUpJMzlFTnhldm9iOEg3OXhVTHhnU1pDdmpfSHJyZnVKbEw0NE5sNEtv?oc=5" target="_blank">Jersey Skies: Back to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">Jersey's Best</font>

  • NASA’s Artemis 2 astronauts could head to the moon in a matter of weeks - Mashable— Mashable

    <a href="https://news.google.com/rss/articles/CBMickFVX3lxTE1Jc2pUaVVfS1lxSmNiTzNSQkg2aHpnWk5LdDdyNnlqNlozQmUwQjU0MDdPT3JnZk50Nkt2cjhDclJwX3ZmNFJwOFpWcW95ejJ5MkdzTDJGUFFDc3A0Z0VxU3VYWjNkUU1kVGQtaGp5NGRMUQ?oc=5" target="_blank">NASA’s Artemis 2 astronauts could head to the moon in a matter of weeks</a>&nbsp;&nbsp;<font color="#6f6f6f">Mashable</font>

  • A new era of spaceflight. Meet the Artemis II astronauts who will soon be flying around the Moon - BBC Sky at Night Magazine— BBC Sky at Night Magazine

    <a href="https://news.google.com/rss/articles/CBMif0FVX3lxTE1uWXpieWZWVUk1WDVMRjZ3OUZ4VmhQMjdlSUtZdmMxZ1R1ZUh3SDc4QWctanJOZ19LTENNaWg4NmJta1Z2YWNQNXYzb1lhbFJDcmpmR3plZzlCWHJPOFNRM25KYTdjY2ZoUFZpWWhXVk9EeldFSnMzVkdrVzBNZTg?oc=5" target="_blank">A new era of spaceflight. Meet the Artemis II astronauts who will soon be flying around the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">BBC Sky at Night Magazine</font>

  • From what they'll eat to how they'll poop. Inside the Artemis II crew's mission to the Moon - BBC Sky at Night Magazine— BBC Sky at Night Magazine

    <a href="https://news.google.com/rss/articles/CBMigAFBVV95cUxNNmlQOVNHWDJtTUx4Yk4xS1lnSXFLeEJzWHhneGNnc191S25wR3RZMi11YnRtTVRYOTVjNkliYjVyRHM5R0FpTlRNWktWdXhFeEliTzgzaldMeXJkN3ZTVE0zcGhmOFFOWDM2Z25tbXA3NEtWZGxKcndRTU5QdXpKeg?oc=5" target="_blank">From what they'll eat to how they'll poop. Inside the Artemis II crew's mission to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">BBC Sky at Night Magazine</font>

  • Artemis II mission: NASA targets February 6 to return humans to the Moon - Greater Kashmir— Greater Kashmir

    <a href="https://news.google.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?oc=5" target="_blank">Artemis II mission: NASA targets February 6 to return humans to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">Greater Kashmir</font>

  • NASA to return to the moon with Artemis II lunar flyby - Florida Today— Florida Today

    <a href="https://news.google.com/rss/articles/CBMi0AFBVV95cUxOS1dhdnUzMWxUcEZWTElxYUZmZU8xUFlMQTNhX2djV3VKV3haeVZsa0VoMTlCLWhRSTNfb184SVhnMndFalZOTC0ySEhSWVlCTGllRnRNaUFfRlY5R0RTazc2VmhVWTU1NzByWWkxTkVZd1VKQlFMWWxOelFodmFvY2lwcGk5ZTc1M0RQbnFqZlVPWG92bGF0WElONUpUNElLR0RFLUpVakRvbDN0blMtekFWaW9IX3U1WlpacjZuclMtaEhNeFhNWFVTTVc5RjRG?oc=5" target="_blank">NASA to return to the moon with Artemis II lunar flyby</a>&nbsp;&nbsp;<font color="#6f6f6f">Florida Today</font>

  • NASA's new moon rocket moves to the pad ahead of astronaut launch as early as February - Midland Daily News— Midland Daily News

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxQczk4TEp0THVyRE5KdG8zdGllNHNvVHBwdi14TEFMUHBoSS10Vk03N3VxNVZ5NElXNlZFRXhzN3pNZjFmSTdsazJseWlrNkdtaHg0MW9yb1VYWXFQZkVacFJmRGJsdG1pbVNqcWNQdnZqTEZreG84RmZENS04SW9yc01qQVQ0S2g4cHBhUGw4UDdIVExwY2xOQTlkODBhOW5GeDhn?oc=5" target="_blank">NASA's new moon rocket moves to the pad ahead of astronaut launch as early as February</a>&nbsp;&nbsp;<font color="#6f6f6f">Midland Daily News</font>

  • Key Facts on NASA's Artemis II Moon Mission - Mirage News— Mirage News

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxNa3VUdkRIM2ZFTVlSeFAzODdudVJzT3l6T2Y0cm9nVzRQRXdqejNNb21YZ3hIMTRWSzBBS0N1Qm42SVZ5QkJtYWctVVpDRXNXcWxvbzYwSFN1NkJGSjBGSWpYaUVmeWxNOUJyOWxyZHZFOUtsUERHWmhuaV9HSW9ycGNnbm4?oc=5" target="_blank">Key Facts on NASA's Artemis II Moon Mission</a>&nbsp;&nbsp;<font color="#6f6f6f">Mirage News</font>

  • Mission Artemis, the year 2026 paves the way for the lunar economy - Il Sole 24 ORE— Il Sole 24 ORE

    <a href="https://news.google.com/rss/articles/CBMimwFBVV95cUxNSDNYb3hqSi11SjZTc1FvUE5oakVBSzhZT2FJN0ZoR2FkdFI4UnVaZjdEMmpScTlGM1M1Y3BPdXBlclFsa1J4dDQyNlVMM285aGRMTGFPRDhzQVdsM1RSbmQ0Tnl2RlN3TG5vSWxwRGhVWHpha19tTk5jemV3YzJzQ2RYY3dxVnN1YTFRYThKNE02aXMtTUtMQWNPNA?oc=5" target="_blank">Mission Artemis, the year 2026 paves the way for the lunar economy</a>&nbsp;&nbsp;<font color="#6f6f6f">Il Sole 24 ORE</font>

  • Artemis II: Meet the Moonbound Astronauts - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxPdkdkZldlZ2JyTWF2cEFkN3R2eFEyYkhaSVZ6SUE3c1VpOERCdHVTNnE0NC1LWDhGMUJONVJwY0lOSC16UE1Sd3g1bDRaWjM4ZTI1bXA3NGVLRzVOOWtOWDNURkw1NF9KLUdob0UzUFh0UVhVS3VUQ3hSbVpfd1NnS1o3X3c?oc=5" target="_blank">Artemis II: Meet the Moonbound Astronauts</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • What is the NASA Artemis II mission? - The Hindu— The Hindu

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxPblpMZFhrcFFxQ1NQOUJvck9JV3NrUE5fOWt5RmI0NEFuT1NxX19CcmRrZzVHelhZTlFUUkhFZDZVUDRSd1VJSkkta0dkTG5qQ0lwZ3lZZzRfaVlBbThaYkZsQnhZS2dacEhRU1JwUU5rVktUNm5KNmpIcEdwLTN5Sll1NGMtZE1uaVFPZ3FxM29jQVVWSE1FUnJTb2poZ9IBpAFBVV95cUxQUWJ5VDhDRGhZOVJiSDdLTzZvLXlKUzZ4VmFzQjJMNi01b2tPcFpxc1luNDhFZ3l6VVhYazI2bFo3MWdYR2xZSmRqNjNOcW1qQ0tQMGZpQkFBOVZma1JWcmp6Q01WczE1SGo3VkZaZllSa1RPNzlqUHF6Um5WUnJsaS1WWGFGeGhqSGowVG1lRlRJRm5xei1pMG5iclYxbkR1N3diNw?oc=5" target="_blank">What is the NASA Artemis II mission?</a>&nbsp;&nbsp;<font color="#6f6f6f">The Hindu</font>

  • Artemis 2 launch windows - SpaceQ— SpaceQ

    <a href="https://news.google.com/rss/articles/CBMiVkFVX3lxTE1Jd0pia3pPN1lDR0prUENBZ2hsQjM2OVFfOE41TzZRN3FCN1FacEJCMGs1WTFQVllRN1ltNWRTLWRXN0EzMmE4d2lNZU5nQzF2T19uUDd3?oc=5" target="_blank">Artemis 2 launch windows</a>&nbsp;&nbsp;<font color="#6f6f6f">SpaceQ</font>

  • NASA is sending astronauts back to the moon in 2026 - Mashable— Mashable

    <a href="https://news.google.com/rss/articles/CBMicEFVX3lxTE1GclFPMzV3QVlPdXJwd3pZSURjeXRLZktVVndaNFFaMlpYNnljM0NTcFA2M2RwdFhxaDFfVF96N2t6S05JdkhoNksxaUR3THIwVHRod2k5c1ZXa0NqVU9mUmIxcUVWM21iWG12NjAxMEg?oc=5" target="_blank">NASA is sending astronauts back to the moon in 2026</a>&nbsp;&nbsp;<font color="#6f6f6f">Mashable</font>

  • Best of 2025: Artemis II Countdown Demonstration Test - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMikgFBVV95cUxQSkViRFZtUWtWRzJJVHNxMzF4eWxzbmFRS3pONWc3MUVPaTJSa0wyNlIyejd2dVA1NXhkV3dWRThTMUo4WWZnNHZOa1hid011UGpaWmxYMFZSVFBsLTREUUZxTEdPTF9UN2NocERTZXRKeVdjaE9OUlBwcFZadWJoVC1EbnlEa0tLQ280QjI3M3E3dw?oc=5" target="_blank">Best of 2025: Artemis II Countdown Demonstration Test</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • Nasa to launch four astronauts on Artemis-II mission: Will they land on the Moon? - India Today— India Today

    <a href="https://news.google.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?oc=5" target="_blank">Nasa to launch four astronauts on Artemis-II mission: Will they land on the Moon?</a>&nbsp;&nbsp;<font color="#6f6f6f">India Today</font>

  • Artemis II Crew Launch Day Rehearsal - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMifEFVX3lxTFBkVWRIMEN2dndjYVdhRk9xTm53eDA0dFpDZ0gxcnpqQ1dNZ05SS3NHbWJkSE9DS1ZYeVhsVnJINVBxMGt4MnhncG5pY3hmNzZIMmd3RkVWb1otNWZpZmRnanJZWThRY2xHLWRaNGJUb1RnbGlvejJIeVBSRjA?oc=5" target="_blank">Artemis II Crew Launch Day Rehearsal</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • Artemis 2 crew and teams conduct a Countdown Demonstration Test - SpaceQ— SpaceQ

    <a href="https://news.google.com/rss/articles/CBMiigFBVV95cUxNbDNJTXFPNzUtWUtrSmxWR0FRVW1LbTR4SmxHNFh6MllieVVLYzIxMkNsWUowMGpHVXl0bm1OXzBaTmk5TzZRNXBadkd4Q1RUOU42dXFSV3d5ay1yMjFOVC1fUWFqeEVGblVUMnVtUVZRR2thSzU5SHFZc3pld191M29vTXVhdldmalE?oc=5" target="_blank">Artemis 2 crew and teams conduct a Countdown Demonstration Test</a>&nbsp;&nbsp;<font color="#6f6f6f">SpaceQ</font>

  • Nasa Artemis II: Crew of four aces high-stakes Moon mission launch rehearsal - India Today— India Today

    <a href="https://news.google.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?oc=5" target="_blank">Nasa Artemis II: Crew of four aces high-stakes Moon mission launch rehearsal</a>&nbsp;&nbsp;<font color="#6f6f6f">India Today</font>

  • NASA's Artemis II astronauts rehearse launch day ahead of moon mission - Florida Today— Florida Today

    <a href="https://news.google.com/rss/articles/CBMijwJBVV95cUxPcFpDdzFUXzRGOXMxamhZa1cybXdxM013S2Viak1HV1FzelE1VGwwTGgtcW0xS2wzQVNnUkc0Q2JjUWZteWsxNDJjSDVXME9UYnhUVUxCaF82YUxsWEQ0dlRSMEFxbkhETU9XWVgxazE2V1hDcS1jWTd1YmJYWkRTZXF5TE41bUVvRWwxcUw2aV9EQVljMjAwRm1EdFJ4N05qbXE3eFZLR1UxY0hsdmhIdEJMdVlkZENfYTRzOTREN0pIdGN2VDh4UTFTaFNzRkxFMFhPWXhkQ252R3hhdmRnWkctNDVzbDY2MlJSUThCcUZSQ2tmNTlpTWFvMEQ1bkxoOUNrSVVKQmRCd01STjVz?oc=5" target="_blank">NASA's Artemis II astronauts rehearse launch day ahead of moon mission</a>&nbsp;&nbsp;<font color="#6f6f6f">Florida Today</font>

  • User Clip: Reid Wiseman first time on moon and in low-earth orbit - C-SPAN— C-SPAN

    <a href="https://news.google.com/rss/articles/CBMitwFBVV95cUxOWHZpZXJqQzNJcGNWN1ZCd3lZSXBaMDBNR1UxSGFvX1hNdmJpaDBRNHV4ajZOV0cwQkJfSl9YZFRuZEJ3dGdLbmpiX0NqQ2hTYU9VQVNVcnRvbFl0U2tDaVllM1BxZ0xZM0U1VW9aN0hZM0RHa3NKTVZSeUJJV1E2RkFZMUc0Z2VXYjhvZlJ5WUx5MDdCQURqM043VVQ5QlJadXpVRjFjY3Y3VnNCMmVWZ3JBSGxWZUE?oc=5" target="_blank">User Clip: Reid Wiseman first time on moon and in low-earth orbit</a>&nbsp;&nbsp;<font color="#6f6f6f">C-SPAN</font>

  • NASA reveals 'America 250' logo on rocket launching astronauts to the moon - collectSPACE.com— collectSPACE.com

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxPMHQtOEFscjk4dWFDb3ZlbVZNVGpTZ2NjYmFxTXg3QjRhU2hSSXFVU1V6T0VmY0dtWTY0QklYYWt2NjNTTURtaTJHQUNxblEtYlM2YU9fTU5QRkw5cHRMWVZma19nbzBDT0lDS2gwUENUcHY0QVRQTVYxRHdKZUxoanItZExuRGRWTnpxMUZnWVBQV2hzNFpsZFFzQkFxQjFVemFJ?oc=5" target="_blank">NASA reveals 'America 250' logo on rocket launching astronauts to the moon</a>&nbsp;&nbsp;<font color="#6f6f6f">collectSPACE.com</font>

  • NASA says we're going back to the Moon, and it could happen early in 2026 - BBC Sky at Night Magazine— BBC Sky at Night Magazine

    <a href="https://news.google.com/rss/articles/CBMifEFVX3lxTE51MkYwRW9xZ1lscDNiaXJGTHhDVXhVRlR4OGVZaE5KdUNRTE9fbFd5RW5EaWdTUUhTeVJJNldTS2k1ekhIVkxjaXdwZlR2N0htaWUyUU1XZGw5aXZWbjY4RnpaSWJyZ0JkcjVUblV6M19JWHdnejRLUlNBeFU?oc=5" target="_blank">NASA says we're going back to the Moon, and it could happen early in 2026</a>&nbsp;&nbsp;<font color="#6f6f6f">BBC Sky at Night Magazine</font>

  • International Space Station marks 25 years of nonstop human presence in orbit - PBS— PBS

    <a href="https://news.google.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?oc=5" target="_blank">International Space Station marks 25 years of nonstop human presence in orbit</a>&nbsp;&nbsp;<font color="#6f6f6f">PBS</font>

  • Artemis II Astronauts Preparing for the Moon Say They’re “Ready for Every Scenario” - My Modern Met— My Modern Met

    <a href="https://news.google.com/rss/articles/CBMiU0FVX3lxTE1qa3VTSW5ObU5ObzVSc0hqVUdWV2pjM0k5clk1RVdNbUswZTJsNVh2V3FWOXRXamxyMlhwVy1zMDQwdk1OM0hha3hta1NRU0JYMG84?oc=5" target="_blank">Artemis II Astronauts Preparing for the Moon Say They’re “Ready for Every Scenario”</a>&nbsp;&nbsp;<font color="#6f6f6f">My Modern Met</font>

  • In their own words: The Artemis II crew on the frenetic first hours of their flight - Ars Technica— Ars Technica

    <a href="https://news.google.com/rss/articles/CBMivgFBVV95cUxQS0lEaEtDbC16MkJ0RXpOWThhNzRTVjNGNHlaajlXODhuM1AxTFlRMkRkc2VSdWlrMTVRUWlNSnJtT1hnekVuVkFUZE56Z0dEeW5LOHRTOFJ3OUFWT1ozcnF5RV84SUpNU1Y4ci1PdGEtY1FGbGRsSDltX2g2UEpaREVSNy1xdnE5M0M3aDY2czRtLWlhOWZGVDhnUlRFZndYMXV0V3RDY3NXM3F2YTNqdDZ4X09qUEdGU0xKN2lR?oc=5" target="_blank">In their own words: The Artemis II crew on the frenetic first hours of their flight</a>&nbsp;&nbsp;<font color="#6f6f6f">Ars Technica</font>

  • NASA’s Artemis II mission to fly around the Moon as early as February 2026 - Euronews.com— Euronews.com

    <a href="https://news.google.com/rss/articles/CBMitAFBVV95cUxNUUFudzZCLUx0Z21IUnJtdnRBamxHbjZvOUxVbHBmQ1dMWkdnaDJ4NHIxN3FhbU5HSllOQkFBR0lsTVlrZkpqczhZenpxN0gxTkdrZENyTFdaMnk2SkpNeXhvNFF4TlpmVlpYVWhEM0RDVjNtc2FybEpBTlBtWUxmMlJjVFI1WGFDQ05aMk9BZjFFd2FWMk9GS3lRMHRpbTViZFBGTGFpRTVwVjFTLWZueXE2ZWw?oc=5" target="_blank">NASA’s Artemis II mission to fly around the Moon as early as February 2026</a>&nbsp;&nbsp;<font color="#6f6f6f">Euronews.com</font>

  • Meet the astronauts who will fly to the moon for the first time in 54 years - The Times— The Times

    <a href="https://news.google.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?oc=5" target="_blank">Meet the astronauts who will fly to the moon for the first time in 54 years</a>&nbsp;&nbsp;<font color="#6f6f6f">The Times</font>

  • Moonbound Artemis II astronauts give Orion capsule a name - Orlando Sentinel— Orlando Sentinel

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxPcl9RWEJ0VGJVMjMtVHJXdWh2S0dwSnVoVS1obFMxdmV1SEFpVFdkV01XbWwtbzlJLS1ITklyN2hRd0hGUHJiTTdsZVBsb0U0VUxTYzdFMWVFd3U0bU56UWxnbE84b1pBOTVBN09NQ1RNR0VZVXNXYkVhWkI5b0d2b0EzQi1UcXN1WHZLNXVyWGxmZ0VLQzVUUHlIMGNPblBabFQ4?oc=5" target="_blank">Moonbound Artemis II astronauts give Orion capsule a name</a>&nbsp;&nbsp;<font color="#6f6f6f">Orlando Sentinel</font>

  • Astronauts on NASA Moon Mission Aim to Make Space Great for All - The New York Times— The New York Times

    <a href="https://news.google.com/rss/articles/CBMihgFBVV95cUxQdnQ0NFhPUVl5aFVla0h4NDY0NWtsWGtMOTdyRmtHRWRuLV9JNmZhSVNmWG5yNVNEMGkwSFJFUy1LbTB3d2VBVXJGM2ZpOUFSRmZlLWZkczg2NzJIaHRyVEtMZS1vLW9zRE5WazE0dTgxNEI4bTlRbURYblYyT1p2cnN4dmxzZw?oc=5" target="_blank">Astronauts on NASA Moon Mission Aim to Make Space Great for All</a>&nbsp;&nbsp;<font color="#6f6f6f">The New York Times</font>

  • Why NASA's Artemis II Moon Mission Commander Hopes They "Will Be Forgotten" - IFLScience— IFLScience

    <a href="https://news.google.com/rss/articles/CBMiqAFBVV95cUxNZHI1SW9iY01pcDRXclZhSUQwQm9YblVFRmEtdFRaQ3A2RDRSMExEWmp6WUN0X0JyS0VSandndVc4akZNSXVacjJIR3pHMC1GSzNleGpMUnJ5U0ZIRThVazI2cmRZV2FsazhaTlpEVFNKM2poWXpwUGRjNlBnMVhOSDJlTXB4NkV4dXJfb3FtNTF1eHJzY2pSYlFmV0phX0RTdDZienlxN0I?oc=5" target="_blank">Why NASA's Artemis II Moon Mission Commander Hopes They "Will Be Forgotten"</a>&nbsp;&nbsp;<font color="#6f6f6f">IFLScience</font>

  • Introducing Integrity: Artemis II astronauts name their Orion ride to moon - collectSPACE.com— collectSPACE.com

    <a href="https://news.google.com/rss/articles/CBMimAFBVV95cUxPRjF2VWZtWU9DNGtxeFlQeDBRRWYwWFY4MjR4Y2xXUmJqV1psaXc2RnVzZFpBSlctaVhmZXk2ZkRnRlVHbkNUOUZsNFQyanEtYThXcHM5NnI1UXp2RUxuZjlKNkcxOFoyNU1HMFBEekp3S09td2VXblBObU5wNEo5aThfVXZJbjI3SGtvWjFvYkhFbWNNQjU1RQ?oc=5" target="_blank">Introducing Integrity: Artemis II astronauts name their Orion ride to moon</a>&nbsp;&nbsp;<font color="#6f6f6f">collectSPACE.com</font>

  • Artemis II: astronauts ready to go to Moon "for all humanity" - BBC— BBC

    <a href="https://news.google.com/rss/articles/CBMiWkFVX3lxTFBnUlBsVWNfT3dneFAzWXg5Wk1oeE0zYkFrckpta3BlVEQ2Y0dQcVZJdS0zTm9XZTBrLXN6eHJuckM5VEw5c1RGUzV2ZXY5d3dWYVZ2NlFSamw3QQ?oc=5" target="_blank">Artemis II: astronauts ready to go to Moon "for all humanity"</a>&nbsp;&nbsp;<font color="#6f6f6f">BBC</font>

  • NASA Artemis II Crew Holds News Conference - C-SPAN— C-SPAN

    <a href="https://news.google.com/rss/articles/CBMinAFBVV95cUxOaS02eUtUTE0tbXBNUWJwN2RPV0ZmTkhNUlV0bXJacThZTFZFWTBEcnEwZkR0T3VfWUdDV2N0akh3U3dkRXNMSnpXZzhaYTkwekNMUjNSOTdIZ244NUthUFlpWTlDOGIwNTVLd0Y3WmVVTW1EUDBfX0J2U0FEempKWnBJdmJnemRiWkFGZVNDVVVqSzJSbll3bUhscF8?oc=5" target="_blank">NASA Artemis II Crew Holds News Conference</a>&nbsp;&nbsp;<font color="#6f6f6f">C-SPAN</font>

  • Artemis 2: Meet The 4-Member Crew Set To Travel To Moon In A 10-day Historic Mission - Republic World— Republic World

    <a href="https://news.google.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?oc=5" target="_blank">Artemis 2: Meet The 4-Member Crew Set To Travel To Moon In A 10-day Historic Mission</a>&nbsp;&nbsp;<font color="#6f6f6f">Republic World</font>

  • NASA’s Artemis II astronauts ‘ready to go’ on Moon mission next year - FOX Weather— FOX Weather

    <a href="https://news.google.com/rss/articles/CBMijAFBVV95cUxNelBrcU9xdEJUQmprcXE1VTBtYlNzalF0dURjSjRmYkFnZ1VhNTNfSmY5NHdLWElSY1Z2TTlPUGtiRmItdGNGMFJkQzhZcVRpa3MwUU5jaWRCU2duWFBmd1c2MlBoVl9Bemt2M0FtdjBhRXhVZlZjZGhpZlROb19jbnc0eERWQ096QlRiZNIBkgFBVV95cUxOczZhdzBFOVlRQmpxZ0djcTgyWkNQOXlVVjNCYlRvcnJBdUx5ZkxRckVwbm9pX2tuUFY5QkQ4b0oyM2g0aGFrbTJPbkFEMUtIUlM1d2pESkdCMHF1Q3RTMlNzc3pQajlydUFUV085R0U3cmtFb2YtcGw5SjhjdHB6MkNGQ2VSYUw4WWlOdVEza1JXZw?oc=5" target="_blank">NASA’s Artemis II astronauts ‘ready to go’ on Moon mission next year</a>&nbsp;&nbsp;<font color="#6f6f6f">FOX Weather</font>

  • Nasa Artemis II mission: Five things we learned from the astronauts - BBC— BBC

    <a href="https://news.google.com/rss/articles/CBMiY0FVX3lxTFBpd090RFlkT0pyOGV6d3ZvNFVKc19jOEdOLWFmcVlsTkVHVmprM1ljTXlOQnl3UXM5NUpxM0lPMGVNOUxfXzZoNDBhR0hfTFV2UjJnYWoxUVJFUTR3QXhJaDNkNA?oc=5" target="_blank">Nasa Artemis II mission: Five things we learned from the astronauts</a>&nbsp;&nbsp;<font color="#6f6f6f">BBC</font>

  • Artemis II crew shares update and vision for lunar mission in 2026 - KHOU— KHOU

    <a href="https://news.google.com/rss/articles/CBMisgFBVV95cUxQclNTc0M0VEt0eEVYMk12bXpBc09PRkFPYUZOOTI2bENQQlBWWFU4NmEybFllTkZYb05zYXNVZGtqc3pCNEg3akh2T1dIM2xZMXprMnVkWVViZXJjOFdYa2d4YVBLR05BcElGb2w0cVp2aW4zcVo4M01LRHdMbUFsR3lKQ1JJX0YyTU9tTDFOcUpvdVJvZjhUU2xRbG1qY0lXMFpxcGRtTDZzRjRmdTROYlp3?oc=5" target="_blank">Artemis II crew shares update and vision for lunar mission in 2026</a>&nbsp;&nbsp;<font color="#6f6f6f">KHOU</font>

  • Nasa sets date for first manned Moon mission in 50 years - and hails new 'Golden Age of exploration' - GB News— GB News

    <a href="https://news.google.com/rss/articles/CBMiqAFBVV95cUxNcVpBYVNIYkRxNUxTbmZWNGlNZFUzYllFOXMxYWRyVjRuRkRmZW1UTW9IQmFEeXA3NDlpWFpVSnhEa2pxcGJKVWk4V0J4RmlGUlloSzlPRHlMdlh6MzduTDVCT1JqbE1xQTFxYmdYbDdXa0l5ZVYzYVRUSGgxdXZtYUZvMk9TOVZlS09uWEhNV3cxMFg1NUxXcVQ2dEd5VkdSd2tfazNqX2E?oc=5" target="_blank">Nasa sets date for first manned Moon mission in 50 years - and hails new 'Golden Age of exploration'</a>&nbsp;&nbsp;<font color="#6f6f6f">GB News</font>

  • NASA plans to send manned Moon mission by February 2026 - Al Jazeera— Al Jazeera

    <a href="https://news.google.com/rss/articles/CBMinAFBVV95cUxQc0FhQ2ppNWg5Z00tYm5zREhYVm5PejVJdFBJN3VEdEROZF9yZWhTUXpSQTNtSTZhaXlaSHQ1WEtSRlhOYTFtbTRLOXJEcXBNbXpVem90MU1IbTFEM3pycWNqeE1MYllhd0dTZWZudjl0TGp4RVpxYjNrZlc5bHNMWUxVcDhqZWxSYVRpN2dvdHpmTU4yVFJYbEdCT2fSAaIBQVVfeXFMT3pHLXNtcjdtYnUxbmtKbm1iYUdlbDVrdURONTdSTzc3SV9Xck02NFozdE9HdEh5U2pJaFFpcE1vREtpUHBfWVVpWXE0VkluU0ZKU0VNOG95OGd4YTFNMXFLSy1TSl9FYTNoeF90bk9LWFNBNzRORUdETlhWMi1fYWExaEQ3bnQ1TDBnRU4wN1VQYVFLUkFDUzZSeW5JM3FwYjRn?oc=5" target="_blank">NASA plans to send manned Moon mission by February 2026</a>&nbsp;&nbsp;<font color="#6f6f6f">Al Jazeera</font>

  • How To Launch Your Name Around The Moon On NASA's Artemis II Mission - HotHardware— HotHardware

    <a href="https://news.google.com/rss/articles/CBMinAFBVV95cUxQaURjajNIc05POUwxcnNld3J5UGE0RFBydjlXZk9qTEhwcE13XzdZRFQ5dTBVZE11VmRJeXIwRzAwUENnekZHR3gwbFIzRGpTT0xiWDJFUS1IWFhCZXl4MHJ5OXNnWFhibGZvUUp0djh1TUlRcWJoUXgzZ1pIVmQwWF9CVXNGcm1VUnYzTDg4b2ZOMFplWlVtNDZWQWQ?oc=5" target="_blank">How To Launch Your Name Around The Moon On NASA's Artemis II Mission</a>&nbsp;&nbsp;<font color="#6f6f6f">HotHardware</font>

  • Artemis II Crew Walks Out for Practice Scenarios - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMijAFBVV95cUxNUFFSUnhwbVZVZlViQ1o5STF3Vk90VHY5NENaX1hwdURHYTRhQ2xfS0ozMXQ2MUUzSFBYalU3dzIzOHRSZ193YzN3enVwZ0c2Y0FVZlEtMXNYX3JSejlfSDNmY1NVRDZEN2pmQl9Kcy1LZG5WZl8zMjh6ZDJUNWNDbEJzMURFeWpsVUxCRg?oc=5" target="_blank">Artemis II Crew Walks Out for Practice Scenarios</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • In photos: NASA's Artemis II crew discuss moon mission - All Photos - upi.com— upi.com

    <a href="https://news.google.com/rss/articles/CBMikgFBVV95cUxQU0FxLVEyODhCWk5NTV9BYjV4aEdvZVRubjdVWW1UVU9TYktfRlU2Z2cxWmJTS0VvTHNncWJNZ3N2UE9mNHAzejJYYkhRamFaX2U5NnQzODlBTFNpT2UtOGljaWwtMndMNlZ2bzJxV0M5bnVtdnhFZk1sM2UyekFCSkg0cUdqMWU5SkFkbTk3NExUUQ?oc=5" target="_blank">In photos: NASA's Artemis II crew discuss moon mission - All Photos</a>&nbsp;&nbsp;<font color="#6f6f6f">upi.com</font>

  • Artemis II astronauts back on Florida’s Space Coast - WFTV— WFTV

    <a href="https://news.google.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?oc=5" target="_blank">Artemis II astronauts back on Florida’s Space Coast</a>&nbsp;&nbsp;<font color="#6f6f6f">WFTV</font>

  • Moonbound Artemis II astronauts stay focused despite NASA uncertainty - Orlando Sentinel— Orlando Sentinel

    <a href="https://news.google.com/rss/articles/CBMiswFBVV95cUxOb2JWR0IyZUJxRnRab2hyRzFQTlg0ekxtS3BVM1RZbmFtQUZVM3FnNm1xaFFzNXVJX3dwb1ZLUlFBc3EtZ0lhSFFrRkI2SENKclNVdTZsenRISHhFNUVCSUNrTnRremNPeTdSbmNaMUFIUzYwaFNubFVNV0xNYkVLbFJ3MjM3Zk4wS0tJYzNQMlF1Rmlrb2FCMHFjTnhVLVZxMlNUckJ4bDB2bGxCYVc2UnVXSQ?oc=5" target="_blank">Moonbound Artemis II astronauts stay focused despite NASA uncertainty</a>&nbsp;&nbsp;<font color="#6f6f6f">Orlando Sentinel</font>

  • NASA's Artemis II astronauts reveal moon mission patch to honor 'AII' - collectSPACE.com— collectSPACE.com

    <a href="https://news.google.com/rss/articles/CBMijgFBVV95cUxOLThQNmdSeVJXb3dRLUhXVUdYWXdLbklnYkZ4Y05qSVJ4TURGN185WFp6SVhadS1TUTNBbFc2NVpZR09OWTd1NGJkQmlnV055M0llMXVvZVJuRFN3bHp5SlNBOWdVWmpuMUtqUE1TY0RlR1hSU3QxbFROMzN3aENvN0VFa2YtaklEb0hDeGZR?oc=5" target="_blank">NASA's Artemis II astronauts reveal moon mission patch to honor 'AII'</a>&nbsp;&nbsp;<font color="#6f6f6f">collectSPACE.com</font>

  • NASA is no longer vowing to land first woman, person of color on the moon - San Antonio Express-News— San Antonio Express-News

    <a href="https://news.google.com/rss/articles/CBMipgFBVV95cUxNbWNHcEJVOTdEcV9nXzdWbWQtMVhuZDBDeFZqTE1PSndoSEhKTzE2cjEtOW9rd011b2RtbDh3aXk5eksxUDV5cHhaNGlMOWpMNEFzOGhuT3hnSWFBamhQVTAyeXFlUmI2dHlvenVzRUFka3YtRWxvLS1MN084bnpUZHhyVEkyVzYzeGtjRnZuU3k3N1JHaF9BSWpTNE43UzVleEFldnFn?oc=5" target="_blank">NASA is no longer vowing to land first woman, person of color on the moon</a>&nbsp;&nbsp;<font color="#6f6f6f">San Antonio Express-News</font>

  • Tom Hanks boldly predicts people will ‘get knocked up’ on the Moon at film event - San Francisco Chronicle— San Francisco Chronicle

    <a href="https://news.google.com/rss/articles/CBMikgFBVV95cUxPOWxyVzhoNEwxbmg3THJRVmthaWpVeW5aREdibGstQkRPa0c4R1RHRlp4T3FWNUNLYlNCV2lJUlNnZ3FLRVlZbjJIeXY0dlFoUExrcTZ0MmwxSVlqcGJDYmhLTjdMWEx0X1RqbThmcmVpdUk3Slo1YmlSdXBEUWpEMllwUk1pUlBrSzNMRC01dWhGZw?oc=5" target="_blank">Tom Hanks boldly predicts people will ‘get knocked up’ on the Moon at film event</a>&nbsp;&nbsp;<font color="#6f6f6f">San Francisco Chronicle</font>

  • Tom Hanks at 'Moonwalkers' film premiere predicts getting busy on moon - collectSPACE.com— collectSPACE.com

    <a href="https://news.google.com/rss/articles/CBMiowFBVV95cUxPeTd5aHlaYzlubW16MGdDVW14eGJlNW1nNW1FOGJ3bTZOT0NxQUpjZVBtSG05Y0tHekQtMEFUV0VLWmlpMFNEWF9yN0FuMkZRdWxjOElsRGhjX3JpUzVXaDFPbWlEczB1UmgyU0lQNGtfQUVOZHFOQVY4bFRxYWx5OGpLWGhBTnVUUDFpcFlGOTVkRXN5M3FsMUFNMTZHWGtBOTI0?oc=5" target="_blank">Tom Hanks at 'Moonwalkers' film premiere predicts getting busy on moon</a>&nbsp;&nbsp;<font color="#6f6f6f">collectSPACE.com</font>

  • NASA's Artemis II astronauts speak in a featured session during SXSW in Austin, see photos - Austin American-Statesman— Austin American-Statesman

    <a href="https://news.google.com/rss/articles/CBMizgFBVV95cUxNLWZ3NGtzMDNSbDNwUWhNVWJ0ZzhCdndDUEtfOG13eHJvaDlPYTBYTlB2bXN3dDhXQWFLV1k4RFBaQTlqU2N1LTZyMHd0Z0hjaV9uR19WQXJxNkN4Q1ZsN19WcUI1SUtuT0JCYXAtcGRBYVc2Q2pqaldzLU1WeVRZUFh0cVhYdk5MRVNBQ3NtVGx4RGNDaUZ3V29HQ2xRTm9WeURHMlB2MVB5aFVjaXVTdFF5QXpiSlVsRV9yc25sTkdJaHpOU1ZGOWlFZGlaUQ?oc=5" target="_blank">NASA's Artemis II astronauts speak in a featured session during SXSW in Austin, see photos</a>&nbsp;&nbsp;<font color="#6f6f6f">Austin American-Statesman</font>

  • NASA delays Artemis II human moon mission once again as it wraps up heat shield investigation - NPR— NPR

    <a href="https://news.google.com/rss/articles/CBMirgFBVV95cUxPZzcyc0YxeDEzbVVuZUJaWXA2eldzbWg1N29XN052bV9ycFNPZDFESC1DczJmdTBqSXVINHZ5ZDN5bUwxTVF2WmNfREVMMGlqcllPOHlWazl2ZFlHWFlReWwtRzY5UkpFbUVZMkFSLTBzdS14Nlh6RUdaV1gwMXhmdEE5OUdDRHRRZUJpRktoaEQ5V052NkRQU1RQNmE0b0RHTG9wcHpFcXFBcFlwSFE?oc=5" target="_blank">NASA delays Artemis II human moon mission once again as it wraps up heat shield investigation</a>&nbsp;&nbsp;<font color="#6f6f6f">NPR</font>

  • Meet the astronauts preparing to travel farther from Earth than any human before - NPR— NPR

    <a href="https://news.google.com/rss/articles/CBMihAFBVV95cUxOOWVWOU5UWFZ5and0c3lLTmVNZ3BOSXRGNnFkZURGdzlXMUprNWxnMjFfYmpmMFdxVlJKNnRZT0FGUVBHanZKWmpoUzlEVnVoY0RUZnpjWm04Yy1OOTFoTjlxNVk3TVRaLVUwQkF4TmdSbnM3SlduNVV2TVppZG90MGZUd2Y?oc=5" target="_blank">Meet the astronauts preparing to travel farther from Earth than any human before</a>&nbsp;&nbsp;<font color="#6f6f6f">NPR</font>

  • NASA prepares to head back to the moon. - NPR— NPR

    <a href="https://news.google.com/rss/articles/CBMiVEFVX3lxTE1JVEF3dGFUSzUyVl9jc2luaDVmeEJhV2F6OXlsZnVEX3ZBd0xfWVY2TjQ5X1V1bTZwZXNaX25FeWl0ZUdXakYzRU55RDZLSmY4STZoag?oc=5" target="_blank">NASA prepares to head back to the moon.</a>&nbsp;&nbsp;<font color="#6f6f6f">NPR</font>

  • A Day in the Life of an Artemis Crew - AmericaSpace— AmericaSpace

    <a href="https://news.google.com/rss/articles/CBMigwFBVV95cUxOdUQ3SGtSdUVYSEFPQ0NzTUdyTmU3UC1KRTdZZG9oNmRvUVNsbVVHRzJTdTFSaG85bklMSHVtSXVqdWpQWk9KaUxSa3JuNHFtZWdmRGkzU1BCWXpKQUFJYUNoSHFKb2NpaVlIQmhRaVRiMmxfZnV0M3I0aGIwekduSEpJQQ?oc=5" target="_blank">A Day in the Life of an Artemis Crew</a>&nbsp;&nbsp;<font color="#6f6f6f">AmericaSpace</font>

  • Rensselaer Polytechnic Institute Announces Reid Wiseman as Bicentennial Commencement Speaker and Will Award Its First Posthumous Honorary Degree to Emily Warren Roebling | News - Rensselaer Polytechnic Institute (RPI)— Rensselaer Polytechnic Institute (RPI)

    <a href="https://news.google.com/rss/articles/CBMipAFBVV95cUxQeGhsXzAtZm9VYXF4SHZVQzJGNDRKd0trVTZlMWxvbG10a2lvTzdKazZFRkMwX3NDWVJOcE9HajU3UEFUbnEwR1JMTkdieXVXTW9CQ0JDLUg5TFdNWWRqMFNuRFh5M3BIX2pGTmtNeTllbEc5MVhrbWpvOUlsOGE3VmJ4bHZiUzlTQmc2d09KblpfOEdRWFZOQzJpSmdHN0xHUmk1Zw?oc=5" target="_blank">Rensselaer Polytechnic Institute Announces Reid Wiseman as Bicentennial Commencement Speaker and Will Award Its First Posthumous Honorary Degree to Emily Warren Roebling | News</a>&nbsp;&nbsp;<font color="#6f6f6f">Rensselaer Polytechnic Institute (RPI)</font>

  • My Outdoors: Reid Wiseman, Commander of NASA’s Artemis II Mission to the Moon - Outdoors with Bear Grylls— Outdoors with Bear Grylls

    <a href="https://news.google.com/rss/articles/CBMiakFVX3lxTE5DakFOMVkzbjhTTW4tZGNLU2tJWWItTm5ob0NSZm5FZGdBWXFDVFdnODRUZHp0VC05NVR6WUY1ZEt3TXNEUVd3NVd3alhqRzdaZ0lHYmx5QlZuejhYUi1aUkhSOTQwY3B5NHc?oc=5" target="_blank">My Outdoors: Reid Wiseman, Commander of NASA’s Artemis II Mission to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">Outdoors with Bear Grylls</font>

  • Leading the Way to the Moon: An Interview with Artemis II Commander Reid Wiseman (Part 2) - AmericaSpace— AmericaSpace

    <a href="https://news.google.com/rss/articles/CBMixgFBVV95cUxQUkcwR25yUlFNTFlaZ1YzSERjV3lHMXhYZnE2cEk4VEhucEpidnlVVnZwR2NmZ1NiaHQ0encwTF9vbVVtTEhYOVJWLUZMakFxLU9yeENtUzFzeUNKdWdEVGpOX1hOZlE0QkJhVG1wbGdsbTBxX0VzXzJDN0R5WUZ6d29RS0c4WGgxc2QzV29vUEFyV2NjTGhTeTVYa0pjM1dDeUpCMUUwNW9yeG5pUS1QRjgwbUd5UnhBRURzTGtKT2JNNmlGd2c?oc=5" target="_blank">Leading the Way to the Moon: An Interview with Artemis II Commander Reid Wiseman (Part 2)</a>&nbsp;&nbsp;<font color="#6f6f6f">AmericaSpace</font>

  • Leading the Way to the Moon: An Interview with Artemis II Commander Reid Wiseman (Part 1) - AmericaSpace— AmericaSpace

    <a href="https://news.google.com/rss/articles/CBMixgFBVV95cUxQVzFYT0hHdDY2ZHBWSmh5V3BiMlU0c0psNjNXX2hUMjZrZVd6dkVYTzFrYWw0cjRpUkRfMXhSc2drWmRfR3h1MC00V18tNmEzT2R2eW1WT19YZ0tZSjJHX3V5U2txdnU4SHoxNHlDQ3ZzaVRCcFJnS0hLem1zQWdIRTlKcFJ0TndEODl0U09kaTZ0dlc3d3pIN1BDaFJmaHczX3dINmFjQ1FNQlU1UTh3S1kxVUloVWlIUzZ1RW1tZnBrQmNqdFE?oc=5" target="_blank">Leading the Way to the Moon: An Interview with Artemis II Commander Reid Wiseman (Part 1)</a>&nbsp;&nbsp;<font color="#6f6f6f">AmericaSpace</font>

  • Alexander Gerst, Maxim Suraev and Reid Wiseman - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMigwFBVV95cUxQbmZhczgyb3ZfNm1Ta1pSZGRlS0xUa2xvYU40WkM3azhoVVMwNGlORFZVSEJGcW5pQkIzVzBxaUN1clY4TXpJMGVUSnVIUGJXUG1HMTdrNTVybFI4SWFrdm1SZzdtUi1jelVhUmVVcmpjV0pCMFpzeXgySlQ0bHREelc5dw?oc=5" target="_blank">Alexander Gerst, Maxim Suraev and Reid Wiseman</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • NASA Astronaut Reid Wiseman - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMicEFVX3lxTE5MWHFSMW5uS3g2LXFBcklteGwyTXdhU3RVUW1GLW9iUkdhSEJMalVHNGh6YmVmU0pmRXlaSWZrMEpKS2daNHdESzAzSjBxams1WHQ4RzZwSTIyTklwNGtOUDBiajNkQloweXZWU0hHZXg?oc=5" target="_blank">NASA Astronaut Reid Wiseman</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • NASA Astronaut: G. Reid Wiseman - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMicEFVX3lxTE5KZmhtZUJBS0d5a0ZDNXViS2dYcGJlN2VvQkxaT0xsYjNEMjJHV1VOc3dTdUFJMEdmTlQ2RmxiX2N6ZmtCLVRTLVBsWXJrVlJNUTBVRFA5a3BkSlZpU0hKaVcteS1YeVQyWGZkNFg5QUU?oc=5" target="_blank">NASA Astronaut: G. Reid Wiseman</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • Wiseman and Gerst Complete First Spacewalk of Expedition 41 - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMinwFBVV95cUxQYTFuYnUzdlptYUhKdWV4VzZVa3dYVk5lTVBuaEpmSTA0ZTRyaXBscG4taHNZb255S3RrNUo4ZG1BR2llWi1IN1hYQU9qSlVZcmEwcS1fU1FyRGFTeXRQY1VKOFlmTW9UOTl2dG1GVmt6QzNGSWU2Qks4eU16NWNQTDBVc1NQcGF1aDVWUWVLWHN4Q09Lb1ppYWJGR2I0Ukk?oc=5" target="_blank">Wiseman and Gerst Complete First Spacewalk of Expedition 41</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • As He Prepares To Head To The Moon, Dulaney Grad Reid Wiseman Dishes On Ambitions, Fears - PressBoxOnline.com— PressBoxOnline.com

    <a href="https://news.google.com/rss/articles/CBMiwwFBVV95cUxNaFl6WnJmaUQxOFFzVzM4ckNBVFBvWVVMbUpwV2NXam1hZUxGSENHWVdUUFVpckFuREhFU25YU2h6NUZBNEd4SVE5X18zYTNTX3NOTTNlNktQMEFkYUowOFlJa3JhZlkwRTB4VGI1WGJjeXMtN01Yb0xoZkhmOE5FT3AyZVB1SUtBVjdubTcxdmJkaGMzbmhWajRHT0hfVVFsaDNzUDE2WUs0UndKS0N4N21KczJUYlliZDNmZGNTUGUzZmc?oc=5" target="_blank">As He Prepares To Head To The Moon, Dulaney Grad Reid Wiseman Dishes On Ambitions, Fears</a>&nbsp;&nbsp;<font color="#6f6f6f">PressBoxOnline.com</font>

  • NASA astronaut Reid Wiseman, commander of the Artemis 2 moon mission - Space— Space

    <a href="https://news.google.com/rss/articles/CBMic0FVX3lxTE1xcmdsNklkWF9YeDBMa2xabTFranlNcFJ2V3lqajd3XzRQeXFvaW42VWNFbGRFQzhUMHAtZ2NYVWF6UkIxVFNmZUNCZ0JmMzFrLXJGS3BFSFhiUUlwU0prYlBka3ZSc3VXbUJWVi1mVnlLR1E?oc=5" target="_blank">NASA astronaut Reid Wiseman, commander of the Artemis 2 moon mission</a>&nbsp;&nbsp;<font color="#6f6f6f">Space</font>

  • Astronaut Reid Wiseman was wrong about how rockets get to space - marketplace.org— marketplace.org

    <a href="https://news.google.com/rss/articles/CBMirAFBVV95cUxNV09xQm1Jcnh1YzdLQ2psS0ctVDBtaWNvRVdpR3JVNy1BSUFoVUsza3JaQUhiNDhkRXN6Wkp2QlMwNXpzX01LN2JYWkYyb19MSHlKajZPQUVZcTNtSHV3LTNEY0VBYV9KYld5bzNCSjE1VGJxRVR1ajNvMG12Y2FZMFVhWDBHdWlCWjVkUWFUbUR2ZGhsMVdYZk9Ld3FWanpERFRqQlY5emlPaG0t?oc=5" target="_blank">Astronaut Reid Wiseman was wrong about how rockets get to space</a>&nbsp;&nbsp;<font color="#6f6f6f">marketplace.org</font>

  • NASA's Artemis 2 commander Reid Wiseman isn't perfect - Mashable— Mashable

    <a href="https://news.google.com/rss/articles/CBMie0FVX3lxTE1SNmlSaERxbmZ6UmdKMlhvWGc1V0xFcURlTS13S0hUWmRPeVlpZ0tCQkNKQURXMGZVdVc1eG96MG1RbFpWaV84ODE2a3l4cWVYekpYRzAyZVhHSm52bEEyMHpSYzFXX1U5d2lmNS1SVXJLdThCNUl5VTJiOA?oc=5" target="_blank">NASA's Artemis 2 commander Reid Wiseman isn't perfect</a>&nbsp;&nbsp;<font color="#6f6f6f">Mashable</font>

  • Commander of NASA's next moon mission has connection to the Pacific Northwest - KOMO— KOMO

    <a href="https://news.google.com/rss/articles/CBMi6AFBVV95cUxPb09fRHg1M3lXRmpGM2tieXplYmhOVFBMeVZsNWVkQlRYZENuODExX0VBV1dQaS1wWGxmR0RRcVZGMGJ4RUg2ZzlJWURSY1A5VElNeUYwaFM1d3hwV3hKMHU5VkVHYlY2YTFvbU1ud0NyTWV0SG15REJocXpBaXd6TG1jV3ZCZzEwMEUzRVNVS2ZLd0xSR1BtMzlDQ1p2T3lLcDRldEdqSHNSb2lsQlU1Rk55WXVHRU1xMDVQMFFwRFhGMmJtbUo0eHlKOU9KZ1lhTkhmLTREbEwxOUQyRTJObXZDOElOOFFJ?oc=5" target="_blank">Commander of NASA's next moon mission has connection to the Pacific Northwest</a>&nbsp;&nbsp;<font color="#6f6f6f">KOMO</font>

  • Baltimore astronaut Reid Wiseman is heading to the moon - CBS News— CBS News

    <a href="https://news.google.com/rss/articles/CBMipwFBVV95cUxQdWpTcnV5WTFvb2dKNGdpdHpGeGs4dVE0NEV6bkJ5S0hEanNjUlkyMHphUWxuSkMyMFpvcGdpSFFPRS1VRE9oRFJuSDBraDBVWXlFRUpjbUZDXy03NzhISDNvdkVVYmN2ZDhWcXIxbWJqWllQbjhhUlExTjZyRFd6LXpfeGFCLVlSalBEOE81X2p3N29BZVRxamlqUExYTEJXQ3lvMlFTYw?oc=5" target="_blank">Baltimore astronaut Reid Wiseman is heading to the moon</a>&nbsp;&nbsp;<font color="#6f6f6f">CBS News</font>

  • Maryland’s Reid Wiseman Will Command NASA’s Artemis II Mission to the Moon - Washingtonian— Washingtonian

    <a href="https://news.google.com/rss/articles/CBMirwFBVV95cUxOclk0TFJLdzZlVzIwdEtNU1NfNDlPY0loSGJ6ajMzRGtfeTBBMUQtSnJja1ExRTdkZVY1V0NobGhVN0dYOC1nTDZKN0VGWEFRUW9FbDFtdXVEeFBtcVRJcmVTNlMwdjJPV25fQl9CbzNicDAxU0dSY3o4aFNtUElSa1ZpRk1LMEtjX1JiVHBjcXlRaEdxWWJLcG1hQXhZWlpsZTd2RmZ5LXBFdHBXZldN?oc=5" target="_blank">Maryland’s Reid Wiseman Will Command NASA’s Artemis II Mission to the Moon</a>&nbsp;&nbsp;<font color="#6f6f6f">Washingtonian</font>

  • Christian astronaut to pilot first crewed moon mission since 1972 - The Christian Chronicle— The Christian Chronicle

    <a href="https://news.google.com/rss/articles/CBMingFBVV95cUxOdzU2cmpFWlhDZzRTZ3Q2SE9VeHI2OHQyUElxbENyUnc1d20zalZ6WEtlTC12VXE4R0JERHI5NHF1V3pmRERRTFFxQ0NMS3FhWFUxOXlRMkVybXprZjFTQy1paTFuang1M2cwdUJ0Y3RxTG4xZ29GdnNsOUJjeVhaUDJSM1RIN3lLZFhYY0JLSEgydnJZREZBaFUxTVJBQQ?oc=5" target="_blank">Christian astronaut to pilot first crewed moon mission since 1972</a>&nbsp;&nbsp;<font color="#6f6f6f">The Christian Chronicle</font>

  • Maryland to the moon: Dulaney alum to lead Artemis II crew - WBAL-TV— WBAL-TV

    <a href="https://news.google.com/rss/articles/CBMiigFBVV95cUxQNVFPcUh0dDhpMHRKSE1GRzFob29CMDRvZTJZamhURC1nZnF3Uld2ZWJ1eFhOVzlKSUhxa1FwOERHaWRCMkdVeEtXRl9oNWU3TEV2RkZERnlDdV96emJUZkhwYnREVXZibjAzdVNQRmJjMHRHdW5IeGtnOFM3dy1LX1NscGZUMTVZOEE?oc=5" target="_blank">Maryland to the moon: Dulaney alum to lead Artemis II crew</a>&nbsp;&nbsp;<font color="#6f6f6f">WBAL-TV</font>

  • Reid Wiseman named new chief astronaut for 'exciting times to come' - collectSPACE.com— collectSPACE.com

    <a href="https://news.google.com/rss/articles/CBMijgFBVV95cUxOcE5KRjhIaWh3Vm5ZZTRqTVk0b1pjbExndlJ6allmcldFTUlUSDJxdTlHNEd5ZWlpNnphYUNrLTBCajZJWXZ1TmcxN0I1NWpXcHgtSm9uZVllamM4TVBmczdnLWEzTEFxZUxzVTBiWGNPVUJzS3hPSHROSnJoT253Z3Y3V0J0XzVyN2M2N2dR?oc=5" target="_blank">Reid Wiseman named new chief astronaut for 'exciting times to come'</a>&nbsp;&nbsp;<font color="#6f6f6f">collectSPACE.com</font>

  • Johns Hopkins astronaut speaks at Space@Hopkins virtual symposium - Johns Hopkins University— Johns Hopkins University

    <a href="https://news.google.com/rss/articles/CBMimAFBVV95cUxQcmxDdnBYYWV4QUdEOTlHSmpiZ2lxSy1SMVpvRUsyc1gwUU9yOGtXLTRoRXk1by1qZXN6WmRiZnRSODFTNzFZWFFNamtvRzJnS0lSeGV3by0xQkh0SVdzNDBCUFo2cTg3Rlhqc3owZ1VhMXdObDRxZW9nRUVTZWtVR3docmZ0THQ1N0VLZVVpWXJZOGVKSUM2Xw?oc=5" target="_blank">Johns Hopkins astronaut speaks at Space@Hopkins virtual symposium</a>&nbsp;&nbsp;<font color="#6f6f6f">Johns Hopkins University</font>

  • Cameo: Reid Wiseman - Baltimore Magazine— Baltimore Magazine

    <a href="https://news.google.com/rss/articles/CBMihgFBVV95cUxONTJDQlk4RlRWaTVzVkZTOWhPNmx6LTNvM0FXemNaVW1UVlVWM0Q0b3RRMktkMUdBRWpjVHAtRzJkUlM3RnB0OW1hLTU0OUpTcExDWUtXX1JTX2tGckc1ZDRCRllxSDBmNU0yZWkwTGZpYWNBcFA0Rkh2RGhpekhHZWw3WXBRdw?oc=5" target="_blank">Cameo: Reid Wiseman</a>&nbsp;&nbsp;<font color="#6f6f6f">Baltimore Magazine</font>

  • An Astronaut’s View from Space - NASA (.gov)— NASA (.gov)

    <a href="https://news.google.com/rss/articles/CBMic0FVX3lxTE1zOEhFVTUtV25tZTdZZDhlZnVtYV93ZVNkZ3Nndl91OVlvLXVURW4zMUsyWDZZVklpeHl5OXU4TnY5VWVPU0FVUmxza3g2MHlpeGQ0RVpud1QzdGJRamZyTy1IUWRIUkVpOUx2bGNUWk1GZms?oc=5" target="_blank">An Astronaut’s View from Space</a>&nbsp;&nbsp;<font color="#6f6f6f">NASA (.gov)</font>

  • Astronaut Tweets Incredible Photos From Space - Artnet News— Artnet News

    <a href="https://news.google.com/rss/articles/CBMijgFBVV95cUxNaGJaci1LZTFmZFJHanRXU0Z2YmJzYVQwMk43bW5udVNzd0dFSHVqaF83WXpmWDdQbWkzSTlfMlVJRmFPMlJFUFBRcVFtVjN0dmpRZml4T3ZaV285ZjM3QzU0RC1xN21KRGVGR1ZUVUZVRFkyaGVUX1hDc0VMZ1NzREFyb2ZrOURCT2RraTBR0gGWAUFVX3lxTE1MN1loUnVnT0M3TS1PdVZzQl9wWkFFczlYZm4yYmpKb1FSMlZ2akg0MnhmSHZHbm1IVFBIeHFMeDg0cFJpSFlCUUdQMUtFTEVERWotcUZVM1FTaUNibjlMUVdyYThkZGxwU2d2RzZnSDItMVVOVDQwQlFWZ29JdXUyZlB4T05jWFpxck9BdUhaaHZ6WW9Pdw?oc=5" target="_blank">Astronaut Tweets Incredible Photos From Space</a>&nbsp;&nbsp;<font color="#6f6f6f">Artnet News</font>