Some of the 10 simulators in building M24 are dedicated to just one aircraft family, such as the A350 XWB, while others can be configured for different variants across families. Each simulator was made in-house by Airbus personnel; the oldest one, for Airbus’ cornerstone A300/A310 aircraft, is more than 40 years old.
Unlike the simulators used at Airbus Training Centres around the world that feature the latest certified systems for a given aircraft – and which are used by airline pilots to familiarise themselves with a jetliner type – the vast majority of STC simulator users are testers, usually Airbus engineers validating new systems and upgrades to existing ones.
These engineers also perform human factor trials, observing how flight crews react to various alarms and displays.
While a typical session in an Airbus flight simulator lasts around two and a half hours, a 72-hour multi-leg world tour is possible.
Prior to an airliner’s first flight, STC simulators let Airbus engineers safely evaluate manoeuvres and scenarios that would be too dangerous to undertake in an actual flight; they also allow test flight crews to become familiar with how a new aircraft and its systems will perform during the actual test flight campaign. In addition, Airbus has been granted authority by the European Aviation Safety Agency and America’s Federal Aviation Administration to certify certain aircraft systems using these high-tech simulators.
Engineers can customise the simulators to display airport runways of various lengths and elevations to test aircraft performance in specific scenarios that can include simulated weather conditions such as snow, fog, rain, wind and turbulence. While a typical ‘flight’ in one of the simulators lasts around two and a half hours, a 72-hour world tour is possible – a multi-leg trip that would generate up to 100 gigabytes of performance data.
While the setups at Airbus’ STC and in training centres around the world feature simulated cockpits powered by computers running real-world avionics software, only STC simulators can be connected to actual working systems on a ground-based Iron Bird – a ‘skeletal’ form of an aircraft in which major working components (such as hydraulics and flight control components) are installed in the approximate locations found on the actual airframe.