NASA's Psyche spacecraft has reignited its plasma thrusters as it journeys deeper into the Solar System, readying for its groundbreaking mission to explore a metal-rich asteroid. With backup systems in place, the mission remains on track for a 2029 arrival!
NASA's decision to upgrade the communication antenna posed a risk to Voyager 1's decades-long journey. Will the spacecraft survive this critical moment in its mission?
In a stunning feat, NASA engineers have revived Voyager 1's dormant thrusters, ensuring the legendary spacecraft can continue its mission in deep space. This miracle fix comes just before a critical communication blackout that could have jeopardized its journey.
In a remarkable feat, NASA engineers have revived Voyager 1's primary roll thrusters, which had been inoperative for 20 years. This revival ensures continued communication during upcoming upgrades to a vital antenna. Discover the secrets behind this incredible achievement!
In a remarkable engineering feat, NASA has successfully revived the nearly 50-year-old Voyager 1's thrusters, previously deemed inoperable for over two decades. This critical maneuver ensures the spacecraft remains aligned with Earth, continuing its historic journey through interstellar space. Discover how this unexpected revival came to be and what it means for the future of space exploration.
NASA's Voyager 1, launched in 1977, has revived its main thrusters against all odds, ensuring continued communication in interstellar space. This unexpected fix has reignited hope for the aging spacecraft's mission.
During a critical mission, NASA's Starliner spacecraft experienced severe thruster failures, forcing astronauts Butch Wilmore and Suni Williams to make life-altering decisions while nearing the ISS. Their harrowing experience sheds light on the challenges of space travel.
NASA and Boeing navigate a complex path as they decide the fate of Starliner’s next flight, with unresolved propulsion issues and a looming 2026 timeline. Will it carry astronauts or cargo?
