Space Frontier develops zero-emission hybrid propulsion systems for microlaunchers, enabling the low-cost delivery of standardized payloads into orbit. Their technology addresses the high costs and inefficiencies of current space logistics by utilizing reusable space tugs for orbital cargo transport and deorbiting obsolete containers, thereby reducing space debris.
Funding
$150K 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.
TAFounders
Product
Problem
Current space logistics face high costs and inefficiencies in delivering payloads to orbit. Traditional propulsion systems contribute to space debris, and lack the reusability needed for sustainable orbital operations.
Solution
Space Frontier is developing hybrid propulsion systems for microlaunchers, aiming to reduce the cost of delivering standardized payloads into orbit. Their approach involves reusable space tugs for orbital cargo transport and the deorbiting of obsolete containers, which mitigates the creation of space debris. The company utilizes multi-material 3D printing with biopolymers to create high-performance solid fuels with complex geometries, optimizing thrust control and mission versatility. This technology enhances combustion efficiency and allows for precise control of the oxidizer-to-fuel ratio, overcoming limitations of traditional hybrid engine designs.
Target Audience
The primary target audience includes organizations involved in space logistics, microlauncher operators, space stations requiring resupply, and entities focused on reducing space debris.
Features
- Hybrid propulsion system for microlaunchers capable of lifting up to 1 ton
- Reusable space tugs for orbital cargo transport and deorbiting
- Multi-material 3D-printed bioplastic fuels for faster burn, higher thrust, and stability
- Enhanced combustion efficiency through optimized fuel design
- Precise oxidizer-to-fuel ratio control for improved performance
- Cooperative rendezvous and docking system for autonomous container docking