Aurora Avionics Will Launch PF1 System in 2026
The company's new PF1 technology is set for its first real-world flight test aboard the MAPHEUS-17 research rocket.
Updated on Sept. 23, 2026 in Space
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Aurora Avionics has integrated its PF1 system onto the MAPHEUS-17 research rocket for a scheduled launch in October 2026. This mission will serve as the initial flight test of the system in a real-world launch environment.
Why it matters
The flight marks a critical milestone for Aurora Avionics, as it validates the PF1 technology under the extreme conditions encountered during rocket ascent. Testing at high altitudes is necessary to ensure the system performs as expected before further deployment.
The MAPHEUS rocket program routinely reaches altitudes of up to 300 kilometres to conduct high-altitude research. Testing is being finalized through a collaboration between Aurora Avionics and the German Aerospace Centre Mobile Rocket Base team.
The players
Aurora Avionics
This Scotland-based firm specializes in aviation and aerospace technology systems.
German Aerospace Centre
Known as DLR, this organization operates the Mobile Rocket Base team responsible for scientific rocket missions.
Pangea Propulsion
This entity maintains a financial partnership with Aurora Avionics for aerospace development.
Alpha Impulsion
This company operates as a strategic partner to Aurora Avionics on aerospace initiatives.
The details
Engineers from Aurora Avionics and the German Aerospace Centre Mobile Rocket Base team collaborated to integrate and test the PF1 system. This integration allows the technology to experience the vibration and atmospheric conditions of a live sub-orbital launch.
Timeline
Aurora Avionics secured its £525,000 contract with Pangea Propulsion in 2025.
The MAPHEUS-17 mission is scheduled to launch from Esrange in October 2026.
The Big Picture
This mission builds upon the long-running MAPHEUS rocket program, which facilitates high-altitude experiments for European aerospace researchers. By serving as a testbed for the PF1 system, the flight demonstrates the ongoing trend toward using modular rocket missions to accelerate private hardware development.
Successful testing of the PF1 system could lead to more robust avionics for future sub-orbital research vehicles. These advancements often influence the development of more reliable guidance and telemetry hardware for commercial aerospace applications.
The takeaway
The upcoming mission provides a vital proving ground for new avionics components in extreme flight conditions. By leveraging established research programs like MAPHEUS, firms can effectively bridge the gap between initial design and flight-proven performance.
Further reading
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