How Airbus’ supercomputers are shaping the future of design | News
In an era where digitalization is accelerating, computing power is more than ever a critical differentiator. The deployment of Airbus’ next-generation high-performance computing (HPC6) supercomputers demonstrates how supercomputers can deliver a quantum leap in capacity, marking another step toward full digital capabilities and bringing more efficient and quieter aircraft to market faster.
What is High Performance Computing (HPC) and how has it become a crucial tool for Airbus’ engineering community?
As a leader in the aerospace sector, Airbus is pursuing a comprehensive digital transformation. Central to this is the use of High Performance Computing (HPC), which introduces the latest generation of supercomputers.
For more than twenty years, High Performance Computing has enabled Airbus engineers to minimize or even replace physical testing with digital calculations. Its application, once limited to flight physics and airframe development, has now been extended to power plants and systems. For example, tests to assess the resistance of aircraft parts – especially cockpit windows and engines – to bird strikes can now be carried out digitally.
What are the possibilities of the new generation of HPC?
Airbus raised its HPC standards in 2026 by deploying two supercomputers from Bull, a European leader in advanced computing and AI. They offer throughput capabilities that are three times higher than previous generation supercomputers. Their computing power has grown, enabling a shift towards fully digitalized aircraft design.
What is the role of simulation in next generation products?
One of the key changes brought by increased HPC capability is the ability to quickly explore many different aircraft configurations, supporting the need for speed in bringing future aircraft and helicopters to market on time. “Supercomputers help create finer 3D representations of objects, allowing the exploration of more complex designs and more detailed simulations to achieve higher reliability,” said Jean Gutierrez, scientific computing product manager at Airbus. “HPC allows us to tackle bigger problems and get closer to reality by reducing the need for an allowable margin of error that would otherwise necessitate physical testing.”
HPC6 demonstrates the increased level of detail that the software can handle and directly supports engineers in developing more innovative and efficient products, benefiting both current and future aircraft and helicopters. HPC6 supports existing programs and their derivatives, such as the A350 Freighter, and more generally future developments, including next-generation helicopters.
How Airbus manages the energy footprint of its supercomputers
The latest generation of supercomputers, which have more than three times as much capacity as before, offer opportunities to advance plans for a local heat exchange system. This project would capture and reuse the heat produced by the supercomputer and redirect it to local power grids.
