The startup develops micro launchers that utilize cost-effective architecture and optimized propulsion technology to provide low-cost access to space. By enabling precise in-orbit delivery, the company aims to significantly reduce launch costs, allowing clients to benefit from the efficiencies of serial rocket production.
Funding
$33.2M 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
The increasing demand for small satellite launches requires more affordable and flexible launch solutions than are currently available. Traditional launch services often involve high costs and limited in-orbit delivery options, hindering the growth of satellite-based research, industry, and connectivity initiatives.
Solution
Rocket Factory Augsburg (RFA) develops micro launchers designed to provide low-cost and precise access to space. The company's RFA ONE launch vehicle utilizes a Helix staged combustion engine and cost-effective architecture, enabling efficient serial production similar to automotive manufacturing. RFA also offers the Redshift Orbital Transfer Vehicle (OTV) for precise payload positioning and in-orbit services, supporting various mission profiles from LEO to GTO. Furthermore, RFA is developing Argo, a reusable cargo capsule for cost-effective resupply missions to space stations, microgravity research, and lunar logistics.
Target Audience
RFA's primary customers include small satellite operators, space research organizations, and commercial entities seeking affordable and precise launch and in-orbit transportation services.
Features
- RFA ONE: A three-stage launch vehicle designed for flexible and low-cost launches.
- Helix Engine: In-house developed staged-combustion engine with 30% higher efficiency than regular gas-generator cycle engines.
- Redshift OTV: An orbital transfer vehicle for precise payload delivery and in-orbit services, including altitude, phase, and inclination changes.
- Argo: A reusable cargo capsule with 4000 kg up/down mass and 15.5 m³ pressurized volume, featuring an inflatable atmospheric decelerator (IAD) and Fenix engines.
- Serial Production: Utilizes factory concepts and serial production strategies for cost efficiency.
- Common-bulkhead tank design from inexpensive stainless steel construction.
- Automotive-grade composite interstages applied on in-house developed automated tape-laying machine.
- Dedicated and Rideshare configurations for flexible payload integration.