Aerosonde UAV makes first operational flight from USS Miguel Keith
An Aerosonde UAS is launched from USS Miguel Keith. (Photo: Textron)
On 1 February, Textron announced that its Aerosonde UAS on board the Expeditionary Support Base (ESB) USS Miguel Keith (ESB 5) had made its first operational flight.
The sortie follows an October 2022 contract award to provide uncrewed aviation support aboard the ship for up to five years.
Textron is tasked with deploying Aerosonde to provide ISR services to the ship.
Textron air systems senior VP Wayne Prender said: ‘Having an unmanned aircraft system operational aboard the ship acting as a remote sensor contributes to overall maritime domain awareness and mission success,
‘The Aerosonde system is providing added reach beyond the horizon and an ability to operate multi-INT ISR consistently, both great examples of the benefits of teaming unmanned aircraft with manned ships.’
The Aerosonde UAS is also being used to support operations aboard USS Hershel ‘Woody’ Williams (ESB 4) and two USN destroyers.
The UAS itself has racked up over 600,000 flight hours in US and allied service.
Related Equipment in Defence Insight
More from Air Warfare
-
Baykar’s Kizilelma drone makes progress with first air-to-air kill
This test is the latest milestone achieved by the indigenous drone, destroying a target using a beyond-visual-range missile.
-
Lockheed plans further solid rocket motor investment in Europe and Middle East
The company has worked to heavily invest in its solid rocket motor production capabilities, both in the US and internationally, to build a strong supply chain to meet growing demand.
-
Boeing to build Apache AH-64E attack helicopters for Poland, Egypt and Kuwait
The $4.7 billion international order for the three countries will see production conclude around May 2032.
-
How the US Air Force plans to use data analytics to enhance the roles of airmen and assets
The USAF has allocated nearly US$500 million to further the deployment of this type of technology in FY2026. It envisions using analytics to enhance sensors, weapons, missiles and human performance.