The test involved a prototype missile equipped with measurement instruments to collect extensive performance data. It was launched from a ground-based installation against a sea-borne target to validate several critical functional chains.
The firing demonstrated key system features, including laser-guided targeting and the datalink between the missile and its launcher. Both capabilities were extensively used during the flight and contributed to confirming the system’s overall performance.
OCCAR said the result marks a significant achievement for the MAST-F programme, supported by cooperation between multiple stakeholders. The activity involved teams from DGA, MBDA and OCCAR working jointly on the development effort.
The MAST-F programme is intended to deliver a networked weapon system capable of high-precision strikes in complex battlefield environments. It is designed to support battlefield dominance through improved targeting accuracy and operational flexibility.
The missile will enhance the air-to-ground capability of the French TIGER helicopter as part of its planned mid-life upgrade under the TIGER Mark III programme. The first delivery of the MAST-F system is scheduled for 2028.
MAST-F is set to replace the Hellfire II missile and is designed to address evolving battlefield requirements. It will be capable of neutralising main battle tanks, infrastructure and combat groups with high precision while limiting collateral damage.
The system is also expected to be adaptable for integration on other aerial or ground platforms. It will be incorporated into the French armed forces’ training systems to support operational readiness.
