As aerospace systems become more complex and sustainability-driven, ensuring optimal product performance is critical. From aerodynamic efficiency to seamless integration of new energy systems, each component must meet rigorous requirements to support operational excellence and innovation.
At the core of this challenge is the ability to accurately model, test, and validate designs across all phases of development—including research, prototyping, and full-scale production.
At Airbus Protect, we support industrial players and R&D teams in improving product efficiency through advanced flight physics and integrated testing capabilities. Our experts bring a deep understanding of aerodynamics, flight controls, propulsion systems, and environmental qualification—ensuring that every system performs reliably in its intended environment.
With our end-to-end approach, we help optimise designs, reduce development risks, and accelerate innovation. We’re especially active in supporting disruptive technologies like hydrogen propulsion and digital flight control systems—helping to validate the future of sustainable aerospace.
Validating flight control systems; from prototype to certification
Airbus Protect supports a major aerospace OEM in the testing of flight control systems, covering both software (system logic and flight laws) and hardware components. Our work spans simulator environments and dedicated test benches, enabling robust validation from early prototype stages through to certification standards.
By ensuring system integrity across all development phases, we contribute directly to flight safety and programme readiness.
This white paper offers a practical approach to building a more robust safety capability. Discover how to propel safety analysis beyond its failure-bound paradigm by harmonising the top-down systemic insights of System-Theoretic Process Analysis (STPA) with the bottom-up quantitative verification of Model-Based Safety Analysis (MBSA).
What exactly is a Safety Management System (SMS)? A Safety Management System (SMS) is a systematic and explicit approach to managing safety, encompassing the necessary organisational structures, accountabilities, policies, and procedures. It essentially applies the rigour of quality management principles to the domain of operational safety. Unlike traditional, fragmented safety programmes that might rely solely [...]
How the safety principles of traditional aviation are being reinvented for the drone era The high safety standards of modern aviation have been built over decades on rigorous engineering like the Particular Risk Analysis (PRA), a methodology for mitigating specific catastrophic risks. But the rapid emergence of Unmanned Aircraft Systems (UAS), with their electric propulsion [...]
