HTeaming

Empowering crewed-uncrewed teaming

HTeaming is Airbus Helicopters' modular crewed-uncrewed teaming solution, empowering helicopter crews with full control over uncrewed aerial systems (UAS) in flight. This innovative system allows for more efficient mission execution by integrating the sensors and effectors of uncrewed systems into manned helicopter operations. Designed for intuitive use and reduced workload, HTeaming is a flexible solution, available as standalone or integrated into the helicopter's mission system.

Intuitive control

HTeaming brings advanced UAS control directly to the helicopter cockpit. Whether utilised as a standalone solution with a tablet-based Human-Machine Interface or integrated into an existing mission system, HTeaming ensures that helicopter crews can effortlessly manage UAS operations. This capability significantly expands mission capabilities, allowing crews to leverage uncrewed assets for observation, reconnaissance, and more, all while maintaining focus on their primary tasks.

Flexible integration, future-ready design

HTeaming’s modular design ensures easy integration across various helicopter types and compatibility with different UAS platforms. The standalone solution includes a tablet HMI, UAS management software, modem, and four antennas. This adaptability, combined with planned future feature developments, positions HTeaming as a scalable and future-proof solution, continuously evolving to meet the demands of complex missions.

Leveraging uncrewed assets for strategic advantage

By enabling the precise control and utilisation of UAS sensors and effectors, HTeaming allows rotorcraft crews to achieve mission objectives with greater efficiency. This synergistic approach means crews can extend their reach, gather critical intelligence, and perform tasks in challenging environments more effectively, providing a significant strategic advantage in both civil and military operations.

Media gallery

25 March 2025 — 00:01:17

MUSHER

A European Union-funded project, codenamed MUSHER, has been developing building blocks for crewed-uncrewed teaming (CUC-T) capabilities for a future European framework for asset interoperability.