Cobham to provide KAI FA-50 air refuelling probe

Posted on 2 December, 2020 by Advance 

Cobham Mission Systems, the world leader in air refuelling probe solutions, announced today it has been awarded a prime contract from Korea Aerospace Industries Ltd. (KAI) to deliver an air refuelling probe solution for its FA-50 advanced jet aircraft.

Above:
KAI's FA-50 jet.
Courtesy Cobham


Cobham Mission Systems, the world leader in air refuelling probe solutions, announced today it has been awarded a prime contract from Korea Aerospace Industries Ltd. (KAI) to deliver an air refuelling probe solution for its FA-50 advanced jet aircraft.

Under this contract, Cobham Mission Systems will design, develop and qualify a telescopic probe solution, which the company anticipates will lead to future serial production requirements for KAI’s customer base.

Equipping the FA-50 with an air refuelling probe will enable air refuelling from hose and drogue tankers, enhancing the aircrafts operational flexibility and interoperability.

“Having supported KAI for over a decade, we are delighted to deliver this new operational capability for their impressive FA-50 jet,” said Russell Bailey, vice president air-to-air refuelling for Cobham Mission Systems in the UK.
 
“Recognised for providing leading edge and optimised solutions to meet the air refuelling capability requirements of Air Forces around the world, Cobham Mission Systems is uniquely placed to deliver this project. Our dedicated team looks forward to collaborating closely with KAI to create a bespoke probe design for the FA-50 that will deliver an enhanced operational capability to end users.”
 
Cobham Mission Systems is globally recognised for bespoke air-to-air refuelling solutions for aircraft tanker and military aircraft. At the leading edge of probe design and manufacture, the company has a deep understanding of complex air-to-air refuelling probe requirements and specialist expertise from probe design, development and qualification to serial production and in-service support.