Hypersonix Launch Systems develops hydrogen-fueled scramjet-powered autonomous aircraft, utilizing 3D-printed high-temperature metal alloys to achieve hypersonic flight at Mach 7. Their technology addresses the need for sustainable and reusable aerospace solutions by producing only water vapor emissions and enabling rapid testing through a cloud-based digital twin platform.
Funding
Funding not disclosed
Founders
Product
Problem
The aerospace industry needs more sustainable and reusable solutions for hypersonic flight and access to space. Traditional rocket systems often rely on environmentally harmful fuels and result in significant waste due to their limited reusability. The high cost and complexity of these systems also restrict the frequency and accessibility of space launches and hypersonic testing.
Solution
Hypersonix Launch Systems is developing hydrogen-fueled, scramjet-powered autonomous aircraft that achieve Mach 7 speeds with zero CO2 emissions, producing only water vapor. Their technology utilizes 3D-printed high-temperature metal alloys to create simpler, faster, scalable, and proven airbreathing scramjet propulsion systems with no moving parts. Hypersonix offers reusable launch technology and engines that provide superior speed, performance, and reliability. The company's flight systems are designed and engineered to disrupt the global market with New Space best practices.
Target Audience
The primary target audience includes aerospace companies, research institutions, and government agencies seeking sustainable and reusable hypersonic flight and space access solutions.
Features
- SPARTAN: State-of-the-art hydrogen-fueled scramjet engine technology.
- DART: High-temperature alloy, SPARTAN-powered technology demonstrator and hypersonic testbed.
- VISR: Reusable multi-mission hypersonic flyer.
- Delta Velos: Next-generation high-cadence and reusable access to space launch system.
- 3D-printed scramjet engine for scalability and rapid manufacturing.
- Boost-glide-power capable hypersonic flyers.
- Cloud-based digital twin platform (Hyper Twin X™) for rapid testing and simulation.