The Exploration Company has signed a five-year, renewable licensing agreement with LEAP 71 to integrate the Noyron RP Large Computational Engineering Model into its rocket engine development workflow.

The Exploration Company has signed a five-year, renewable licensing agreement with LEAP 71 to integrate the Noyron RP Large Computational Engineering Model into its rocket engine development workflow. This partnership, which builds on a relationship established in 2023, enables the Bordeaux-based firm to utilize Noyron RP for the autonomous generation of propulsion component geometries. The Exploration Company, which recently acquired Thrustworks Additive Manufacturing GmbH to bolster its niobium alloy thruster production, will apply this software to its Typhoon full-flow staged combustion engine program. LEAP 71, headquartered in Dubai, provides this software to automate the transition from abstract performance specifications to manufacturable hardware designs.

This integration highlights a transition toward code-first engineering in the aerospace sector, where traditional manual geometric design is increasingly viewed as a bottleneck for rapid iteration. By adopting Noyron RP, The Exploration Company aims to expand its design space and accelerate the cadence of its hot-fire testing campaigns. This move places the company in direct competition with established aerospace firms that are also shifting toward generative design and automated simulation workflows to reduce development cycles for complex liquid-propellant engines. The use of computational models to enforce production constraints directly within the design phase is a critical step in scaling the manufacturing of high-performance rocket components.

For The Exploration Company, the immediate challenge is to successfully correlate the autonomously generated geometries with the physical performance of their niobium alloy thrusters during high-pressure testing. Users should note that while Noyron RP automates geometry generation, the output remains subject to standard validation and analysis protocols. The success of this five-year agreement will be measured by the reduction in time between design iterations and the successful qualification of flight-ready hardware.