A UK-based SME (Small or Medium-Sized Enterprise), Hybrid Drones Ltd, has successfully completed the first flight of its innovative vertical take-off and landing (VTOL) drone, in which MBDA is a significant shareholder. MBDA representatives were present to witness the milestone test flight.
The flight also demonstrated an expanded use case for the HYDRA-400 ultra-high lift uncrewed aerial vehicle (UAV). Development pace is significant, and MBDA is actively working with Hybrid Drones Limited on weaponizing the platform.
Investing in Future Innovation
MBDA became a shareholder of Hybrid Drones Limited—a specialist in heavy-lift, hybrid jet-electric UAVs—in 2025, and has since provided technical and resource support to rapidly develop the platform to production standard.
The HYDRA-400 occupies a unique class category with no known direct competition. Featuring a modular design and a payload capacity of up to 400 kg, the HYDRA-400 serves a wide range of military, operational, and dual-use functions. The platform can deploy tactical weapons, conduct ship-to-ship transfers, perform last-mile logistics, and handle logistical and casualty evacuation roles. It is designed for battlefield assembly and is transportable via a flatbed truck.
MBDA’s investment in Hybrid Drones Ltd represents one of the first instances where the company became a shareholder of a UK SME.
Results from Collaboration
Suzanne Jude, Senior Vice President of Sales & Business Development at MBDA, stated: “This is a very significant development in our partnership with Hybrid Drones Ltd. Seeing the HYDRA-400 fly for the first time is truly exciting and a testament to the innovation that results from collaboration between industry leaders like MBDA, with our engineering expertise, and the cutting-edge technology of an SME like Hybrid Drones Ltd.”
Solving Future Challenges
The UK has placed greater emphasis on uncrewed solutions for various battlefield scenarios, including logistical resupply, weapons system delivery, and casualty evacuation. The HYDRA-400 will now enter the next phase of development and testing as part of efforts to deliver a versatile solution to these challenges.
