Royal Air Force to extend C-130J support contract with Serco
The Serco team at RAF Brize Norton will provide propulsion system support until March 2023 when the C-130J is anticipated to retire from service. (Photo: UK MoD/Crown Copyright)
Under the contract extension, Serco will continue supporting Royal Air Force C-130J Hercules operations with engine and associated equipment repairs until the fleet retires in 2023.
Serco has been awarded a 12-month contract extension to continue to support the C-130J Hercules at RAF Brize Norton.
The contract, awarded on 27 October, will cover the repair and support of the C-130J's AE2100 engine and its associated components.
The Serco team at RAF Brize Norton will provide propulsion system support until March 2023 when the C-130J is due to retire from service.
In addition to the C-130J contract, the company also provides engineering and support work for RAF Eurofighter Typhoon and CH-47F Chinook engines.
Related Equipment in Defence Insight
More from Air Warfare
-
![What lessons could Europe learn from air power use in Ukraine?]()
What lessons could Europe learn from air power use in Ukraine?
The use of air power by both sides in the ongoing conflict has been extensively focused on, influencing policy and procurement around the world. But are the lessons from the front line universally applicable, or should other nations be planning for very different scenarios?
-
![Baykar completes Piaggio Aerospace takeover with plans to boost drone production]()
Baykar completes Piaggio Aerospace takeover with plans to boost drone production
The takeover of the Italian firm by Baykar solidifies the company’s efforts to forge closer ties with Italian industry, bolsters its partnership with Leonardo to produce UAVs and secures its foothold in Europe.
-
![Leonardo’s Proteus structural tests “nearing completion” ahead of first flight]()
Leonardo’s Proteus structural tests “nearing completion” ahead of first flight
The company has tested over 15 mission sets for the drone, with the rotorcraft used to demonstrate the viability of armed forces utilising large uncrewed aerial systems’ (UAS) for autonomous missions in the future.
