TechEuropean Fighter Jets Strengthen Baltic Airspace Amid Rising Threats
European Fighter Jets Strengthen Baltic Airspace Amid Rising Threats
Interestingly, the mission's operations are based out of Lielvārde in Latvia, not from the customary Estonian Ämari airfield, which is undergoing renovations. This collaboration of German, Belgian, and French fighter jets forms a responsive shield against the spike in airspace violations by Russian aviation in recent years.
German Eurofighter jets. Illustrative photo
5:01 PM EST, February 29, 2024
Eurofighter Typhoon: Guardian of European Skies
The Eurofighter Typhoon stands as a testament to international collaboration, initiated in the 1970s. The journey to its creation faced challenges, notably France's departure from the project due to disagreements over the aircraft's design, leading them to develop the Rafale instead. Despite these obstacles, the first Eurofighter Typhoon soared into the sky in 1994.
In 1998, the participating countries agreed to produce the Eurofighter in three stages, or tranches, each introducing new capabilities. The initial tranche focused on air superiority, while the latest models are versatile multirole fighters.
Characterized by its distinctive delta wing and canard control surfaces, the Eurofighter Typhoon boasts superb maneuverability at both low and supersonic speeds. Powered by twin Eurojet EJ200 engines, it achieves a top speed of Mach 2 and can maintain supersonic speeds without afterburners.
The aircraft's structure, comprised mainly of composites (82%), minimizes radar detectability. Pilots benefit from advanced avionics, including multifunction displays and helmet-mounted symbology systems, facilitating the effective deployment of its extensive armament. Weapon options include AIM-120 AMRAAM, MBDA Meteor, IRIS-T missiles, guided bombs like Paveway or JDAM/ER, and Taurus KEPD 350 missiles.
For target acquisition, the latest Eurofighter models utilize the advanced CAPTOR-E radar and the IRST PIRATE system for passive tracking of targets by their heat signatures.
IRST PIRATE: A Feature Absent in the F-22 Raptor
The IRST PIRATE system grants the capability to detect and follow targets based on thermal signatures alone, making it possible to engage even stealth aircraft. Operating in specific infrared bands, it can identify targets up to 62 miles away under optimal conditions.
Furthermore, unlike traditional radar systems, IRST PIRATE operates passively without emitting signals detectable by enemy defense systems, thus providing a tactical advantage in stealth and surprise.