Triumph components for MQ-25
Triumph Group has received a contract from Boeing to supply hydraulic system components for the MQ-25 unmanned aerial refuelling programme, the company announced on 4 April.
Under the contract, Triumph Integrated Systems will provide components for the hydraulic systems used in the aircraft's landing gear and arresting systems.
The MQ-25 is the US Navy's carrier-based UAS being built by Boeing. The company is to deliver four MQ-25 aircraft to the US Navy for initial operational capability by 2024.
Frank Dubey, executive vice president for Triumph Integrated Systems, said: 'Triumph Group is proud to be selected by Boeing to support the US Navy's unmanned aerial refueling programme and provide a variety of
hydraulic subsystems used in the flight controls, landing gear, aerial refueling and arresting systems of the MQ-25. These systems play a critical role in ensuring consistent operational performance of the aircraft to support the mission. We look forward to working with Boeing on the MQ-25 programme through to production.'
More from Uncrewed Vehicles
-
Royal Navy selects Animal Dynamics parafoil UAV for second phase of Heavy Lift challenge
With a payload capacity of 135kg, the Stork STM can fly up to 400km using a parafoil wing to generate lift.
-
IDEX 2023: Autel Robotics showcases DJI challenger drone
Autel Robotics presented its Dragonfish series and EVO Max 4T at IDEX 2023, hoping to challenge DJI's market dominance with the latter.
-
BAE and Innovaero debut Strix, Australia’s first domestic armed VTOL UAS
At the Avalon Airshow, BAE Systems Australia debuted Australia’s first domestically designed, built and armed VTOL (vertical take-off and landing) uncrewed air system (UAS), the Strix.
-
Enhanced autopilots pave way to autonomy for US multi-engine jets
The USAF has commissioned a year-long autonomy study by Reliable Robotics for large jet aircraft.
-
IDEX 2023: Black Eagle UAV gets miniature airborne radar
Integrating the radar into the Steadicopter UAS allows the rotorcraft to spot potential maritime threats.