Home » Technology » NASA Fears Starship Delays Threaten 2027 Lunar Landing

NASA Fears Starship Delays Threaten 2027 Lunar Landing

by Rachel Kim – Technology Editor

NASA Warns SpaceX Starship Delays Could ​Jeopardize 2027 Lunar Landing

WASHINGTON – NASA is⁣ facing growing concerns that SpaceX’s Starship, slated to serve as the Human Landing System (HLS) for the Artemis III mission, may not be ready to support a crewed lunar⁤ landing in 2027, according to a recent ‍report. The assessment, delivered⁣ by the Aerospace Safety Advisory Panel (ASAP), highlights ‍significant challenges in both Starship’s progress‌ and ⁤the broader Artemis programme timeline.

the potential​ delay ⁣stems from the ⁢complexity of landing a vehicle‍ approximately 50 to 55 meters tall on the Moon’s surface, a task far​ more demanding than previous Apollo​ missions. The Apollo Lunar module,‍ in contrast, stood roughly ​7 meters ​tall, and ⁢even ​its 1971 landing ⁣on Apollo 15 experienced an 11-degree⁤ tilt. Experts suggest a perfectly level landing site for‌ Starship‍ may necessitate ⁢deploying a large rover – likened in size to a JCB ⁤construction‌ vehicle – to prepare the terrain beforehand, ⁣a capability not currently included in SpaceX’s plans.

the ASAP report​ cautioned‍ that any setbacks in Starship’s development, or in ​the creation of new lunar spacesuits ‌by Axiom Space, would⁢ inevitably push back the 2027⁤ landing date.This is despite the anticipated ⁢readiness ‍of⁣ NASA’s Space Launch System (SLS), which has itself​ faced considerable delays. The‍ agency is under pressure ‌to maintain the⁣ enterprising schedule, as the success of Artemis is crucial for establishing a sustained human‌ presence on the ‍Moon and ⁤paving the way for ⁤future missions to Mars.

One space agency insider,speaking to ⁣ The Register,emphasized​ the need for⁢ a ⁣flat landing surface,underscoring⁢ the logistical hurdles facing the ⁣program. The HLS​ variant of Starship,‌ as ⁢envisioned in renderings, features protruding landing ⁤legs and an internal‍ elevator for astronaut access. However, achieving a stable landing with‌ such a tall structure in the challenging lunar habitat ‍remains a ‍substantial engineering ⁣feat.

You may also like

Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.