During the test, a prototype missile equipped with a telemetry system was launched from a crane-based launcher over the sea. This setup allowed engineers to collect extensive data on the missile’s performance and validate key technical aspects.
The trial aimed to confirm the missile’s expected trajectory and ensure that the launch tube design allows for safe separation from future platforms. Engineers also assessed the missile’s aerodynamic stability and guidance capabilities under real-world conditions.
Additionally, the test confirmed the booster’s thrust, which is responsible for the missile’s initial acceleration, and the performance of the main propulsion system. The system is designed to achieve an operational range of up to eight kilometres when launched from the ground.
Another key objective of the firing was to validate the wing and fin deployment mechanisms, which play a crucial role in ensuring stability and control. The test results indicated that all safety barriers functioned as intended.
This success marks a major achievement for the MAST-F programme, which is being developed for the French armed forces. OCCAR highlighted the importance of collaboration between key stakeholders, including MBDA, its subcontractors, the DGA, and OCCAR itself, in reaching this significant step.
The successful trial paves the way for further development and testing of the AKERON LP missile, bringing it closer to operational deployment.
