A critical failure during a routine test of Blue Origin’s New Glenn rocket has cast doubt on the company’s ability to deliver a key component for Nasa’s Artemis lunar programme. British space engineers are now conducting an independent risk assessment, sources at the UK Space Agency have confirmed.
The incident occurred on 12 October at Blue Origin’s Launch Complex 36 facility in Cape Canaveral, Florida. During a static fire test of the rocket’s second stage, an anomaly triggered an automatic shutdown and a subsequent explosion that destroyed the test stand. No injuries were reported, but the vehicle sustained extensive damage.
New Glenn, a heavy-lift launch vehicle, is scheduled to carry the Blue Moon Mark 2 lander – a crucial element of Nasa’s plan to return astronauts to the lunar surface by 2026. The lander, designed to transport cargo and eventually crew, relies on the rocket’s proven reliability. According to insiders at the UK Space Agency, the test failure has prompted a “pause and review” of the timeline.
“We are working closely with Blue Origin and Nasa to understand the root cause and its implications for the mission,” said Dr. Alistair Finch, chief engineer at the UK Space Agency’s Spaceflight Safety Office. “The United Kingdom’s role in providing propulsion and navigation systems for the Artemis programme means we have a direct stake in the outcome.”
The UK’s contribution to Artemis includes the Service Module for the Orion spacecraft, built by Airbus Defence and Space in Stevenage, and the Lander Vision System for the Blue Moon lander, developed by scientists at RAL Space in Oxfordshire. Any delay or cancellation would affect hundreds of British jobs and the country’s standing as a spacefaring nation.
Blue Origin, founded by Jeff Bezos, has been under pressure to deliver on its Nasa contract, valued at $3.4 billion. The company has already faced delays due to the pandemic and technical hurdles. This latest setback could push the first unmanned test flight of New Glenn, originally planned for 2024, into 2025 or beyond.
Nasa officials have expressed confidence in Blue Origin’s ability to recover. “We have contingency plans and are assessing alternative launch vehicles if needed,” said a spokesperson for the agency’s Exploration Systems Development Mission Directorate. However, industry analysts note that options are limited. SpaceX’s Starship, the other major lunar lander candidate, has its own development challenges.
British engineers are now scrutinising the accident data to determine whether common components in their own systems could be affected. A preliminary report is expected within two weeks. The UK Space Agency has also activated its Space Surveillance and Tracking network to monitor any debris from the explosion that could pose a risk to other satellites.
The accident has reignited debates about the viability of public-private partnerships for high-stakes missions. The Public Accounts Committee in Westminster has called for an urgent briefing. Meanwhile, opposition MPs have questioned whether the UK’s reliance on foreign launch providers for critical national infrastructure is prudent.
For the moment, the focus remains on technical recovery. Blue Origin has assembled a tiger team, including engineers from its Kent, Washington headquarters and its rocket factory in Huntsville, Alabama. They will be working around the clock to produce a failure review report. The company declined to comment on the accident beyond a statement emphasising safety and commitment to the Artemis programme.
As the clocks tick down to the 2026 landing date, the margin for error has shrunk. British space engineers, known for their rigorous methodology, are now integrating the latest findings into their risk models. The outcome will determine whether the Moon mission stays on course or faces a significant detour.
