This company develops efficient and agile Methalox in-space propulsion systems utilizing patent-protected passive resonance ignition technology. They offer these engines as a key component for their in-space transporter solution designed for last-mile satellite delivery to target orbits. This transporter service supports the growing need for scalable orbital placement in Low-Earth Orbit constellations.
Funding
Funding not disclosed
Founders
Product
Problem
Current in-space propulsion systems often rely on toxic fuels like hydrazine, posing environmental and safety risks. Igniting methane/oxygen mixtures in rocket engines, particularly in the vacuum of space, presents significant technical challenges, often requiring external power sources.
Solution
DeltaOrbit develops methane/oxygen (methalox) propulsion systems for in-space mobility, offering a non-toxic and efficient alternative to traditional hydrazine-based systems. Their patented passive resonance ignition technology eliminates the need for external power, electrical connections, catalysts, or movable parts, simplifying engine design and improving reliability. By utilizing methalox, the engines achieve high performance while minimizing environmental impact and reducing fuel costs. The technology enables more sustainable and cost-effective in-space operations, facilitating the development of future in-space logistical networks.
Target Audience
The primary target audience includes satellite manufacturers, space logistics companies, and space agencies seeking efficient, non-toxic, and cost-effective in-space propulsion solutions.
Features
- Patented passive resonance ignition system for reliable methane/oxygen ignition in a vacuum environment
- Methane/oxygen propellant combination offering high specific impulse and storability
- Non-toxic propellant eliminating the need for specialized handling and safety equipment
- Mobile and modular test bench for rapid prototyping and system integration
- Real-time data processing capabilities for efficient development cycles