ECRS takes first test flight on Spanish Eurofighter
The contract for Typhoons will see Spain’s fleet grow to 90 aircraft by 2030. (Photo: Airbus)
The Captor-E radar, an active electronically scanned array (AESA) antenna, has officially begun flight tests on board a Spanish Eurofighter Typhoon, Airbus has announced.
Also known as the European Common Radar System (ECRS), the ECRS Mk1 is being developed for the Spanish Halcon and German Quadriga Eurofighter modernisation projects.
Spain’s modernisation initiative includes the acquisition of 20 Eurofighter Typhoons to Tranche 4 configuration, which features the E-scan Mk1 AESA radar and upgraded software, signed in 2022.
Related Articles
ECRS Mk2 radar makes first flight on Eurofighter Typhoon
According to Airbus, the AESA features a mechanical repositioner to extend its field of view and provides enhanced detection capabilities for air-to-air and air-to-surface operations.
Development of the Mk2 variant – focusing on enhanced electronic warfare capabilities - is also already underway for the UK Royal Air Force. The Mk2 radar began ground tests in July 2024 and took flight for the first time at BAE Systems’ site in Warton, Lancashire in September 2024.
Related Programmes in Defence Insight
Related Equipment in Defence Insight
More from Air Warfare
-
NATO expands high-altitude intelligence capability with MQ-4C Triton purchase
The proposed drone acquisition is intended to form part of a distributed structure of surveillance capabilities, complementing systems such as the RQ-4D Global Hawks already acquired by NATO.
-
A new shape in the sky? Mapping out the F-47’s configuration
As images of what might be an F-47 prototype or proof-of-concept vehicle emerge from the Nevada desert, what do they tell us about the aircraft’s capabilities and enabling technologies?
-
Latin American fixed-wing capability gaps create openings for industry competition
Transport and tanker aircraft represent a growing opportunity in Latin America as countries in the region increasingly look to replace ageing fleets and reduce dependence on second-hand platforms.