BAE contracted for more electronic warfare systems for next F-35 production lot
BAE has been contracted by Lockheed Martin to deliver EW systems for F-35 aircraft built under Lot 17. (Photo: USN)
The systems for future Lot 17 aircraft add to the 1,200 F-35 EW systems it has delivered to date. No quantity was cited but Lot 17 may contain as many as 126 aircraft if options are exercised.
'The Block 4 EW system will offer greater situational awareness, enhanced survivability and increased capabilities to counter modern threats, and is upgradable to address evolving threats,' said Lisa Aucoin, VP of F-35 solutions at BAE Systems.
The Block 4 systems will include significantly upgraded hardware and software that improves sensing and signal-processing capabilities, while new sensors will boost the system’s ability to detect difficult-to-observe threats as well as more threats simultaneously, the company said.
Related Articles
BAE Systems and Leonardo partner on aircraft survivability suite
Singapore at-sea deployment of F-35Bs can overcome airfield dependency
Northrop Grumman to commence work on MESA sensors for US Air Force E-7 AEW fleet
Related Equipment in Defence Insight
More from Air Warfare
-
US approves $16.5 billion in ‘emergency’ sales for air defence equipment for Middle East allies
The United Arab Emirates has taken the lion’s share of this round, with the US supporting its F-16 fleet and signing off on possible sales for more AMRAAM AIM-120 missiles and a counter-drone system.
-
How uncrewed rotary platforms are shaping approaches to contested logistics
Defence industry primes are working on an array of different platforms to meet the growing need for rotary uncrewed aerial vehicles to carry out future logistics missions.
-
US Air Force seeks capabilities to improve C3 for aircraft fleet and warfighters
The USAF published RFIs for enhancing its C3 capabilities after losing, in Operation Epic Fury, four aircraft in non-confrontational, unclear situations that could have been related to command, control and communication failures.