# Artemis
Latest news and articles about Artemis
Total: 9 articles found
Lunar Plumbing: NASA’s Manned Return to the Moon Facing Day-One Technical Hurdles
NASA's 2026 manned lunar orbit mission encountered immediate technical difficulties as the crew was forced to repair a malfunctioning toilet and address communication issues on the first day of their ten-day journey. These glitches highlight the persistent engineering challenges of long-duration spaceflight and have become a focal point for international media comparisons of space reliability.
NASA Inspector-General Warns Starship Lander Is Years Late, Putting 2028 Moon Return at Risk
NASA’s Inspector General reports that SpaceX’s Starship lunar lander is approximately two years behind its original schedule and faces further delays, while Blue Origin’s lander work is also late. These setbacks threaten NASA’s goal of a crewed lunar return in 2028 and increase pressure on programme management, budgets and international partnerships.
Setbacks Force NASA to Reboot Artemis: Lunar Landing Pushed Back, Extra Test Flight Added
NASA has restructured the Artemis lunar programme after recent technical faults and safety concerns, adding a test flight and turning Artemis III into an orbital practice mission in 2027. Crewed lunar landings are now planned for Artemis IV (2028) and Artemis V (2030), reflecting a shift toward caution and institutional reform under the agency’s new chief.
NASA Recasts Artemis: Pushes Commercial Landers into the Spotlight as SLS Troubles Force Rethink
NASA has restructured the Artemis programme to reduce mission risk and allow commercial landers more testing time, after SLS launch vehicle leaks delayed operations. Artemis II's crewed lunar flyaround remains planned pending rocket repairs; Artemis III has been converted into an orbit‑docking and test mission, with crewed lunar landings pushed to Artemis IV in 2028 if timelines hold.
NASA Pushes First Crewed Artemis Moonshot to 2028, Extending a Program of Rolling Delays
NASA has delayed the first crewed Artemis lunar landing from 2027 to 2028, continuing a pattern of timetable adjustments for the flagship return-to-the-Moon programme. The move reflects ongoing technical integration, testing and budgetary challenges and sharpens attention on commercial partners, international competition and next-stage milestones.
NASA Scales Back SLS Upgrades to Boost Launch Pace, Hitting Boeing Contract Value
NASA has cancelled a planned upgrade to its SLS rocket to focus on increasing launch cadence and added an extra unmanned docking test ahead of crewed lunar missions. The shift affects a roughly $2 billion Boeing contract and signals NASA’s prioritisation of reliability and tempo over expanded vehicle capability in the near term.
Musk Recasts Space Strategy: From Mars Dream to a ‘Lunar Laboratory’ for AI and Industry
Elon Musk has repositioned SpaceX’s focus from Mars to the Moon, arguing that the Moon’s frequent launch windows and proximity allow faster, higher‑frequency testing and iteration. The plan pairs a lunar base near the south pole with orbital AI compute powered by solar energy and lunar manufacturing, but faces major technical, economic and geopolitical hurdles.
Musk’s New Bet: SpaceX Reorients Toward a Moon City — Ambitious Timeline, Big Questions
Elon Musk says SpaceX is prioritizing construction of a "self-expanding" lunar city, claiming it could be feasible within ten years because of faster launch cadence and shorter transit times to the Moon versus Mars. The announcement reflects a strategic shift toward nearer-term lunar activity, but meeting such a timetable would require major technical, regulatory and commercial breakthroughs.
Musk and Washington Push a New Lunar Sprint — But the Moon’s Practicalities and Politics Remain Fraught
Elon Musk’s public call to "return to the Moon" and SpaceX hiring for AI satellite and space data-centre work have dovetailed with U.S. government plans to accelerate lunar missions, industrial infrastructure and even nuclear deployments. The combination of private ambition and an assertive U.S. policy raises technical, economic and geopolitical questions about feasibility, cost and the militarisation of cislunar space.