Andromach offers end-to-end suborbital flight services, providing a seamless experience from experiment preparation to data recovery.
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Our suborbital spaceplane is designed to take off from a conventional runway using two turbojet engines. Once over the ocean, the rocket engine is ignited, allowing the spaceplane to accelerate, cross the boundary of space, and generate microgravity. At the end of its parabolic trajectory, it glides back to its departure point for a runway landing.
Payload Features
Mass: 10 - 30 kg
Volume: 16U (200x200x400mm)
Other: Real time telemetry, Data storage, Power supply, Exposure to space environment, Thermal control, Drop capability, Pressurisation, Late access & Rapid recovery.
Flight Specifications
Microgravity: 3 to 5 min
Apogee: 100-200 km
Max speed: Mach 5
Max acceleration: 4g
Multiple flights a day
Our solution is designed to meet the needs of scientists, startups, and industries seeking rapid and cost-effective access to space-like conditions.
Dedicated support for payload design, integration, and safety validation.
High-frequency, customizable flights for microgravity, atmospheric, and technology testing.
In-flight monitoring and teleoperation.
Quick recovery of experiments for faster iteration cycles.
With reusable vehicules and a sustainability-driven approach, Andromach makes suborbital access more accessible, flexible, and scalable than ever before.
Lower environmental impact, reduce operational costs, and increase flight frequency with a fully reusable design.
Make microgravity more accessible by lowering costs and expanding opportunities for all industry players.
Enable regular and closely spaced flight campaigns to accelerate innovation cycles and support rigorous scientific research.
Reduce mechanical constraints on payloads to ensure experiment integrity and shorten mission preparation time.
With Andromach, researchers and innovators gain a reliable, scalable platform for testing in microgravity – bridging the gap between expensive orbital missions and short-duration terrestrial alternatives.
