Vaya Space develops hybrid rocket engines that utilize solid fuel and liquid oxidizer, offering precise control and enhanced safety for orbital launch vehicles and missile propulsion systems. Their technology addresses the need for simpler, non-toxic propulsion solutions that improve efficiency and reduce the complexity of traditional rocket engines.
Funding
$30.7M 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.
Founders
Product
Problem
Traditional rocket engines often rely on complex designs and toxic propellants, leading to increased costs, safety concerns, and environmental impact. The intricate nature of these systems also limits scalability and rapid development of customized propulsion solutions.
Solution
Vaya Space develops hybrid rocket engines that combine solid fuel and liquid oxidizer, offering a simpler, safer, and more controllable alternative to traditional propulsion systems. Their engines utilize 3D-printed solid fuel grains made from recycled thermoplastic, a non-explosive material, and allow for precise control of oxidizer flow, enabling restart and throttle capabilities. This approach reduces the number of parts required, enhances safety through the use of non-toxic propellants, and facilitates rapid design and manufacturing of custom engine variants. Vaya's technology powers orbital launch vehicles, in-space propulsion systems, and advanced missile engines.
Target Audience
Vaya Space serves the space launch industry, defense sector, and satellite operators seeking safer, more efficient, and customizable propulsion solutions for orbital launch vehicles, missile systems, and in-space maneuvering.
Features
- Hybrid rocket engine design combining solid fuel and liquid oxidizer for enhanced control and safety
- 3D-printed solid fuel grains made from 99% recycled thermoplastic, a non-explosive material
- Precise oxidizer flow control enabling restart and throttle capabilities
- Scalable propulsion platform adaptable to various applications, including orbital launch, in-space maneuvering, and missile propulsion
- In-house software for automated design and optimization of engine geometries
- Rapid prototyping and testing using on-campus 3D printing and test facilities
- Compatibility with standard ESPA fittings for in-space propulsion systems