RAF Commemorates a Decade of Service for the Atlas A400M Aircraft

For residents in the vicinity of RAF Brize Norton, the sight of substantial military aircraft, such as the C17 Globemaster or the Voyager, is common. However, the Atlas A400M has recently garnered significant attention at the Oxfordshire facility. The entire UK fleet of 22 aircraft, utilized for military transport and various other operations, is stationed there. The current celebration commemorates the aircraft’s 10th anniversary, prompting inquiry into its notable significance. Air Commodore Dan James, who oversees all aircraft at RAF Brize Norton, characterizes the A400M as a “really versatile” aircraft. He notes its capacity to “carry passengers, carry freight, and vehicles that can be driven on, then secured and locked into position.” According to him, this substantial aircraft, equipped with “turboprop engines,” possesses the capability to transport up to 37 tonnes of cargo over distances exceeding 2,000 miles. He further elaborates, “But what it’s also brilliant at is tactical air transport – so it can land on strips, can do parachuting, it can deliver loads from the air.” In comparison to its forerunner, the Hercules, he states that “it can land and take off from a smaller runway or shorter runway, so it’s got tremendously powerful brakes.” He adds, “The engines are also really powerful – this is what it was really designed for.” Air Cdre James indicates that the A400M has been “busy supporting defence outputs.” Its missions have encompassed delivering provisions for the war in Ukraine, conducting maritime air reconnaissance in the Falklands, and executing air drops in Antarctica. He also mentions, “We used it on the D-Day 80 and the Arnhem landings to work up our low-level parachuting capability.” Flight Lieutenant Tariq Rodgers, an A400M captain operating on the front line, was responsible for evacuating individuals from Kabul, Afghanistan, following its takeover by the Taliban. He reflects, “It was quite harrowing to be there, but rewarding.” He further states, “Probably the most rewarding thing I’ve done, both on this aircraft and in my career with the air force as well.” He adds, “You see the amount of people and how little they have with them, it really feels like you’re making more of a difference. “Rather than just moving freight around, which is equally as important, getting these people out – you’re changing lives forever.” He asserts that the aircraft itself incorporates “real, up-to-date, state of the art technology” and is a “joy to fly.” Flt Lt Rodgers additionally clarifies that the A400M operates with a “fly-by-wire” system, signifying that the pilot’s commands are not mechanical but are entirely entered into a computer. He elaborates, “We tell the aircraft where to go in the sky and it’ll do it based on what it thinks needs to happen.” Length: 147ft 11in (45.10m) Height: 48ft 3in (14.70m) Wingspan: 139ft 1in (42.40m) Maximum speed: 400 knots (741km/h, 460mph) Maximum altitude: 40,000ft (12,192m) Maximum payload: 81,600lb (37,000kg) Source: RAF The A400M experienced delays and budget overruns prior to the official introduction of the initial transport aircraft. Additionally, a fatal crash occurred in 2015 during a test flight in Seville, Spain, subsequently attributed to the inadvertent deletion of files within its software. Nevertheless, Air Cdre James asserts that the aircraft have ultimately “settled in well,” notwithstanding “inevitable” challenges, which he describes as “normal for a modern hi-tech aircraft.” He concludes by stating: “We have successfully taken over from the Hercules which we retired early, and deliberately so.” Simon Haywood, who leads the Airbus A400M support centre team and was involved in the aircraft’s design and manufacturing, forecasts that it could remain operational for as long as 30 years. He remarks, “We haven’t tapped into its full capability yet, so it’s a game changer in terms of its capability.” Copyright 2024 BBC. All rights reserved. The BBC is not responsible for the content of external sites. Read about our approach to external linking.