Astrophel Aerospace builds affordable, dedicated launch vehicles for small satellites, focusing on reusability and cost efficiency. Its Astra C1 series uses 3D‑printed components and automotive‑grade manufacturing to cut production time and costs by up to 40%, while the in‑house developed semi‑cryogenic Potentia engine was independently test‑fired in 2023.
Funding
$798.7K 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
Small satellite operators often rely on shared rides or large launch providers, resulting in high launch costs, long scheduling lead times, and limited control over orbital insertion parameters.
Solution
Astrophel Aerospace offers the Astra C1 series, a family of dedicated launch vehicles optimized for small payloads. The vehicles are designed for reusability and incorporate extensive 3D‑printing and automotive‑grade manufacturing techniques, which reduce production time and overall launch cost by up to 40 %. Central to the system is the in‑house developed semi‑cryogenic Potentia engine, independently test‑fired in 2023, providing high performance with a compact footprint. By handling the full launch workflow—from payload integration to flight operations and post‑flight refurbishment—Astrophel enables customers to access orbit on their own schedule and at a predictable price point. The company’s core competencies in engine valves, cryogenic subsystems, and avionics software also create pathways for future defense‑oriented launch solutions.
Target Audience
Primary customers are commercial small‑satellite manufacturers, constellation operators, and defense agencies that require dedicated, cost‑effective launch capability on a flexible schedule.
Features
- Astra C1 reusable launch vehicle tailored for small‑satellite payloads, offering dedicated orbital insertion
- Semi‑cryogenic Potentia engine developed entirely in‑house and successfully test‑fired in 2023
- Extensive use of 3D‑printed structural and propulsion components to lower part count and manufacturing lead time
- Automotive‑grade production processes that achieve up to 40 % cost reduction compared with traditional aerospace methods
- Modular avionics software stack with real‑time telemetry, fault‑tolerant control, and rapid integration capabilities
- Proprietary engine‑valve and cryogenic subsystem technologies that can be adapted for defense launch platforms
- End‑to‑end launch service package including payload integration, launch execution, and vehicle refurbishment for rapid turnaround