Airbus Flexrotor Takes Night Watch on Federal Wildfire Contract, Eyes Helicopter Hand-Off

Oregon-based firefighting operator Precision has integrated the Airbus Flexrotor into a federal wildfire contract, using the 25 kg (55 lb) uncrewed aircraft to fly continuous nighttime surveillance while crewed helicopter teams rest. Precision has operated the Flexrotor since 2014 and now deploys it under a live government contract to map fire perimeters after dark, feed GPS-referenced video to geospatial analysts, and locate hidden embers that satellites cannot detect.

Precision CEO David Rath frames the aircraft’s role precisely: the Flexrotor handles the “Dull, Dirty, and Dangerous” missions after sundown. The crewed side of Precision’s fleet, Airbus H215 Super Pumas and H125s, handles daytime suppression. The Flexrotor covers the overnight watch.

A Decade of Operational History Behind the Federal Contract

Precision has operated the Flexrotor since 2014, years before Airbus acquired the aircraft’s original manufacturer, Aerovel, in May 2024. That history is not a footnote. The federal contract now in place rests on more than a decade of actual deployment, not demonstration flights.

Matt Parker, President of Precision’s Uncrewed Business, put it in military terms: “This technology has provided real-time intelligence for our military overseas for decades; it is time we offer those same capabilities to our firefighters.”

The workload is growing. Rath told Airbus that contracts once running 30 days now run four or five months. Wildfire response has become a year-round mission across the United States.

Precision’s Overnight Mission Profile

A typical Flexrotor mission launches in the evening to patrol the fire’s perimeter. Working alongside a government geospatial specialist, Precision’s crew uses live video with GPS references to track how acreage is growing and identify high-value targets, such as critical infrastructure, that ground teams can then move to protect.

The harder problem is not the main fire. Satellites track smoke. What they cannot do is find the small hidden hot spots left after suppression, the buried embers that restart fires hours later. That is the Flexrotor’s primary overnight mission.

The platform carries up to 8 kg (17.6 lbs) of payload, giving it room for thermal imaging alongside standard electro-optical cameras. Its 12-to-14-hour endurance on a single fuel load covers an entire overnight shift.

The Flexrotor’s Technical Profile

The Flexrotor is a Group 2 tail-sitter VTOL UAS built around a 28cc two-stroke engine configured to run on either gasoline or heavy fuel. At 25 kg (55 lbs) maximum takeoff weight, it stays below the thresholds that require more complex airspace approvals under U.S. regulations.

Launch and recovery require a 3.7 by 3.7 m (12 by 12 ft) footprint. The system goes from stowed to airborne in under 30 minutes, making it compatible with the forward logistics of fire camp deployments. Airbus manufactures the Flexrotor at Bingen, Washington.

The platform is accumulating contracts across multiple sectors. In December 2025, the European Maritime Safety Agency (EMSA) awarded Airbus a €30 million framework contract for maritime surveillance using the Flexrotor. In March 2026, Garuda Technologies signed an agreement for up to 18 systems for civil and parapublic missions across North America.

The Helicopter Hand-Off Precision Has Outlined

Rath described a future scenario to Airbus in which a Flexrotor deployed alongside a Super Puma responding to lightning strikes uses its infrared sensor to mark embers before they ignite. In that scenario, the Flexrotor would laser a hot spot with an infrared beam for a pilot wearing night vision goggles, or transmit a GPS coordinate directly to an H215 so the helicopter executes a precision water drop autonomously.

That level of integration requires autonomous navigation tasking on the crewed side. “The goal is a seamless digital handover,” Rath said. Rath describes the scenario as something Precision “foresees,” not an operational capability today.

The regulatory distance between that goal and current U.S. commercial operations is real. Authorizing a UAS to task a crewed aircraft’s navigation system autonomously is a step the FAA has not yet taken.

DroneXL’s Take

Wildfire coverage at DroneXL has largely been about the wrong kind of drones near fires. In January 2025, an unauthorized drone punched a hole in the wing of an LA firefighting Super Scooper, grounding a suppression asset during an active emergency. Precision’s Flexrotor program is the direct counter-example: a certificated operator, a live federal contract, and a platform with over a decade of documented deployment.

The 12-to-14 hour Flexrotor shift covers ground that no rotary-wing crew could sustain overnight without rotating aircraft and rest schedules. That persistence is the genuine operational differentiator, not the sensor or the airframe by itself. Covering an entire fire’s perimeter continuously from dusk to dawn, identifying hot spots no crew is awake to chase, and handing that intelligence off at first light is a mission profile no manned helicopter flies economically.

The GPS-coordinate-to-helicopter autonomous water drop scenario Rath describes is compelling and not resolved. The FAA’s March 2026 Section 44807 exemption for Parallel Flight’s Firefly shows the agency grants novel authorizations when a safety case is made. Whether that pathway reaches helicopter-UAS teaming under federal firefighting contracts is an open question. Watch what FAA says when operators actually submit the operational procedures for that mission profile.

Source: Airbus

DroneXL uses automated tools to support research and source retrieval. All reporting and editorial perspectives are by Haye Kesteloo.