This article is based on an official press release from Airbus.

Airbus and Singapore Execute Pioneering Crewed-Uncreumed Teaming Demonstration

In a significant leap forward for aerospace tactical operations, Airbus Helicopters, the Republic of Singapore Air Force (RSAF), and Singapore’s Defence Science and Technology Agency (DSTA) have successfully demonstrated advanced crewed-uncrewed teaming. According to an official press release from Airbus, the live flight campaign paired an RSAF H225M medium-lift helicopter with an Airbus Flexrotor Uncrewed Aerial System (UAS).

The demonstration, which took place at a Singapore airbase in January 2026, utilized Airbus’s new “HTeaming” technology. This trial marks a world-first achievement in successfully controlling a drone directly from a helicopter in flight, effectively extending the visual range and operational safety of the human crew.

We note that the foundation for this milestone was established in June 2025 at the Paris Air Show, where DSTA and Airbus Helicopters signed a collaboration agreement to explore how Manned-Unmanned Teaming (MUM-T) could enhance situational awareness and mission outcomes.

The Pioneering Flight Campaign

Simulating Combat Search and Rescue

During the January 2026 trials, the aircraft teamed up for a simulated Combat Search and Rescue (CSAR) mission designed to locate and extract a stranded pilot in a contested rainforest environment. According to the provided project data, the Flexrotor drone was deployed ahead of the crewed aircraft to locate and identify the target.

Operating several kilometers apart, with the technical capability to remain connected up to 20 kilometers away, the drone fed real-time intelligence and video directly to a handheld tablet operated by a crew member inside the H225M helicopter. The helicopter crew utilized this live data to safely navigate the environment and rendezvous with the rescuee.

The trial successfully validated MUM-T Interoperability Level 4. This level of interoperability enables the direct control and monitoring of the UAS from within the helicopter cabin, rather than relying on a ground control station.

“We were completely controlling the drone from the helicopter. For us, it’s of course unique. Today, what we performed is a world first… One of the big challenges was to keep the data link stable,” stated Victor Gerin-Roze, Head of UAS Business at Airbus Helicopters.

Technological Breakdown: HTeaming and Flexrotor

The HTeaming System

At the core of this demonstration is Airbus’s new HTeaming system. Described in the company’s release as a modular crewed-uncrewed teaming solution, it is designed to be hardware-agnostic and compatible across the entire Airbus helicopter range. The system comprises a user-friendly tablet that serves as the Human-Machine Interface on the operator’s lap, supporting software to manage the UAS, a modem, and four dedicated antennas installed on the helicopter.

This setup allows the helicopter crew to receive and process live data from the drone while retaining direct command and control, all without overloading the pilot’s primary flight workload.

Flexrotor and H225M Specifications

The Airbus Flexrotor UAS is a Group 2 small tactical Vertical Take-Off and Landing (VTOL) drone tailored for Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) missions. It features a maximum takeoff weight of 25 kg (55 lbs) and a payload capacity of 8 kg (18 lbs). The drone boasts an impressive flight endurance of 12 to 14 hours and can reach dash speeds of up to 140 km/h (85 mph).

The crewed component of the teaming exercise, the H225M, is a proven 11-tonne twin-engine medium-lift military helicopter from the Super Puma family. It is widely utilized globally for tactical transport and special operations, including search and rescue in challenging conditions.

Strategic Implications for Modern Operations

Enhancing Situational Awareness and Safety

The integration of UAS with crewed aircraft acts as a forward scout, providing real-time intelligence that extends the visual range far beyond the helicopter crew’s immediate line of sight. By sending the drone into contested or unknown environments first, the helicopter crew significantly minimizes their exposure to high-risk situations.

Because data is processed immediately in the cockpit, pilots can make real-time tactical decisions and react to threats instantly. A major technical achievement highlighted during the trial was maintaining a stable data link in a highly congested electromagnetic environment while both aircraft were flying at high speeds, in different directions, and at different altitudes.

“The successful teaming is a game-changer for modern tactical operations. This flight campaign fully illustrates the ability to exploit dual-use technologies to support secure operations,” noted Olivier Michalon, Executive Vice President of Global Business at Airbus Helicopters.

Representatives from Singapore’s defense sector echoed these sentiments. Ang Jer Meng, Director Air Systems at DSTA, emphasized that the successful flight demonstration underscores a commitment to innovation and strong industry partnerships. Furthermore, Major Lim Ryan, Staff Officer in the Air Plans Department of the RSAF, highlighted that the forward intelligence provided by the Flexrotor enhanced situational awareness, improving threat reaction and increasing mission success.

AirPro News analysis

We observe that the integration of UAS with crewed aircraft, commonly referred to as MUM-T, is rapidly becoming a defining trend in modern aerospace and defense strategies. It serves as a critical “force multiplier,” allowing human crews to leverage the advanced sensors and persistent endurance of drones while maintaining a safe standoff distance from potential threats.

Airbus’s strategy to consolidate its tactical drone portfolio, which includes the Flexrotor, Aliaca, and VSR700, under its Helicopters division appears to be a calculated move to create a unified, interoperable ecosystem for the modern battlespace. Looking ahead, Airbus and Singapore plan to continue their collaboration to explore additional operational scenarios. With Airbus studying the integration of new payloads like Starlink satellite communications on the Flexrotor and planning to make the HTeaming solution available to operators starting in 2026, the landscape of tactical aerial operations is poised for significant transformation.

Frequently Asked Questions (FAQ)

What is MUM-T?
MUM-T stands for Manned-Unmanned Teaming (also known as crewed-uncrewed teaming). It involves the synchronized employment of crewed aircraft and uncrewed aerial systems (drones) to enhance situational awareness, survivability, and mission effectiveness.

What is Interoperability Level 4?
In the context of UAS operations, Interoperability Level 4 allows the crew of a manned aircraft to directly control and monitor the drone and its payload from within their own cabin, without needing a separate ground control station.

When will Airbus’s HTeaming technology be available?
According to the provided project data, Airbus plans to make the HTeaming solution available to helicopter operators starting in 2026.

Sources

• Airbus