Auriga Space provides electrically powered hypersonic launch services using linear electric motors and magnetic levitation technology to accelerate payloads to over six times the speed of sound. This approach enables frequent, on-demand launches while minimizing vibration and aerodynamic drag, addressing the need for efficient and flexible access to space.
Funding
$5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
+2Founders
Product
Problem
The current space launch industry faces challenges in achieving frequent and on-demand access to space due to reliance on traditional chemical rockets, which are subject to weather constraints, high operational costs, and limited launch windows. Furthermore, the vibration and aerodynamic stress associated with conventional rocket launches can damage sensitive payloads.
Solution
Auriga Space is developing an electrically powered launch system that utilizes linear electric motors and magnetic levitation to accelerate payloads to hypersonic speeds. This approach enables more frequent and flexible launch schedules, independent of weather conditions. The system's pressure-controlled tunnel replicates atmospheric conditions, reducing aerodynamic drag during launch and providing a stable environment for sensitive payloads. By minimizing vibration and aerodynamic stress, Auriga Space aims to provide a gentler and more reliable launch service.
Target Audience
The primary target audience includes government agencies, research institutions, and commercial entities requiring frequent, on-demand launch services for small to medium-sized payloads, as well as organizations needing hypersonic testing capabilities.
Features
- Linear electric motor technology for accelerating launch vehicles to over six times the speed of sound
- Magnetic levitation system to minimize vibration during launch
- Pressure and temperature-controlled tunnel to replicate atmospheric conditions up to 200,000ft, reducing aerodrag
- Hypersonic ground and flight testing capabilities using linear accelerators
- Roadmap includes lab-scale ballistic testing (Prometheus), full-scale hypersonic testing (Thor), and on-demand orbital launches (Zeus)