IN Brief:
- Aurora Avionics has moved into Edinburgh Innovation Hub to expand engineering, laboratory, and test capacity.
- The company’s modular avionics platform spans RISC-V compute, FPGA-based systems, data acquisition, and networking modules for launch and space applications.
- The move underlines how Europe’s space electronics supply chain is broadening from prototype launch support into longer-duration flight and return missions.
Aurora Avionics has moved into the Edinburgh Innovation Hub, giving the young space electronics company a larger engineering base as it pushes deeper into launcher avionics and orbital mission support.
The expansion is significant because Aurora is not building around a single black-box flight computer. Its platform is modular, spanning compute, networking, and data-acquisition building blocks intended to scale from test stands to flight hardware. Current modules include a PolarFire-based computer with quad RV64GC RISC-V cores and 2GB of LPDDR4, alongside Ethernet, CAN, and sensor-interface modules, while SpaceWire, wireless, and S-band hardware are also on the roadmap.
That architecture fits a market that is becoming less forgiving of bespoke electronics for every mission. European launch and return programmes want avionics that can be qualified, reconfigured, and expanded without restarting the full design cycle each time. Aurora’s recent work around PHOENIX 2-related orbital logistics activity also suggests that the addressable market is moving beyond launcher-only instrumentation and into longer-duration spacecraft operations, where continuous data capture and systems resilience become more demanding.
The move into a specialist facility should therefore be read as more than an office change. For smaller electronics suppliers in the European space stack, lab space, validation capability, and the ability to iterate hardware quickly are often the real constraints on growth. Aurora is inviting potential partners to get in touch as it expands that capability.
