UK Drone Maker Tests Hellfire on CAPSTONE for Apache Wingman Bid

Why It Matters

Successful weapons integration and the BAE partnership boost UK sovereign defense capability and could secure a major contract in the emerging loyal‑wingman market.

Key Takeaways

• CAPSTONE completed ground trials with Hellfire missile simulators.
• BAE and Certo teamed for Project NYX loyal‑wingman bid.
• CAPSTONE can lift 216 kg, exceeding typical commercial UAV payloads.
• MoD allocated $12.7 million initial funding across four competing teams.
• Prototype selection expected Autumn 2026, fielding planned for 2030.

Pulse Analysis

The British Army’s Project NYX reflects a broader shift toward autonomous wingmen that can extend the reach and survivability of legacy attack helicopters. By pairing the Apache AH‑64E with a dedicated unmanned companion, the Ministry of Defence aims to create a force multiplier that can conduct reconnaissance, logistics, and precision strike missions without exposing crewed assets to heightened risk. The program’s $12.7 million seed investment underscores the UK’s commitment to maintaining a cutting‑edge, sovereign drone capability amid intensifying global competition.

Certo Aerospace’s recent ground trials with Hellfire missile simulators signal a transition from pure logistics to combat‑ready operations. Integrating the laser‑guided, 8‑kilometer‑range Hellfire involves validating mechanical mounts, power interfaces, and data links—critical steps before live‑fire testing. CAPSTONE’s 600‑kilogram airframe, capable of carrying up to 216 kg of payload, already exceeds the lift capacity of many commercial UAVs, positioning it to handle both heavy cargo and precision munitions. This dual‑role flexibility could make the platform attractive not only to the Army but also to other services seeking adaptable, high‑payload drones.

The BAE Systems partnership amplifies Certo’s chances in the competitive NYX bid, leveraging BAE’s integration expertise and prime‑contractor clout. With four contenders—Anduril (UK), Tekever, Thales UK, and the BAE‑Certo team—the race will likely hinge on demonstrated weapon integration, autonomy, and cost‑effectiveness. A successful selection could accelerate prototype development by late 2026 and set the stage for fielding by 2030, delivering a home‑grown solution that reduces reliance on foreign suppliers. The outcome will influence the trajectory of the UK’s unmanned combat ecosystem and may spur further investment in domestic UAV innovation.