Status Metrology Supports NAMMO Engine in Historic Lunar Mission

When the Odysseus lunar lander successfully touched down on the surface of the Moon in February 2024, it marked the first commercial lunar landing in history. At the heart of this mission was a UK-built rocket engine from Nammo by Firefly Aerospace and Status Metrology was proud to play a role in this landmark achievement.

Precision That Reaches the Moon

Although our involvement formed just one small part of a vast international project, it highlighted the vital role dimensional accuracy plays in space engineering. Status was trusted with the dimensional inspection of the exhaust cone, a component critical to the engine’s performance.

Our team ensured that the cone met the precise specifications required for the extreme conditions of launch and spaceflight. The tolerances involved leave no margin for error, demonstrating the confidence Firefly Aerospace and Nammo placed in our inspection expertise.

A Small Part in a Big Moment

This successful mission represents more than just another milestone in space exploration; it is also a moment of pride for UK engineering. To know that our inspection services contributed to a component that helped power humanity’s latest step onto the Moon, is an achievement the Status team will never forget.

Dean Tillett, Managing Director at Status Metrology, commented: “We are incredibly proud to have supported Firefly Aerospace and Nammo on such a historic mission. It underlines the importance of precision metrology in aerospace projects where accuracy is absolutely critical. It’s inspiring to know that Status played a part in helping the UK contribute to the first commercial lunar landing.”

Pushing Boundaries with Confidence

For over 40 years, Status Metrology has supported industries where accuracy cannot be compromised from automotive to aerospace. This project stands as a reminder of the reach and reliability of our capabilities, and of the trust world-leading organisations place in our team when precision matters most.