AscendArc manufactures sub‑1,000 kg high‑throughput GEO satellites using volume‑production techniques and all‑electric propulsion, delivering a ten‑fold reduction in cost per megabit per second versus traditional GEO platforms. The software‑defined, reconfigurable payloads meet DoD security standards, offering affordable, rapid‑deployment bandwidth for regional telecom operators and secure government communications.
Funding
$5.4M 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.
AFHC+2Founders
Product
Problem
Traditional geostationary (GEO) communication satellites are large, expensive, and have long development cycles, limiting their use for many regional and commercial applications. Low‑Earth‑orbit (LEO) constellations require dozens or hundreds of satellites to provide continuous coverage, often over areas with insufficient demand, leading to inefficient resource use.
Solution
AscendArc builds small (< 1,000 kg) high‑throughput GEO satellites that are volume‑produced using manufacturing methods derived from LEO satellite production. By applying all‑electric propulsion and software‑defined, reconfigurable payloads, the satellites can be launched and deployed rapidly while maintaining a 10‑year design life. The approach reduces launch and operational costs and delivers a ten‑fold improvement in cost per megabit per second compared with legacy GEO platforms. The satellites are engineered to meet U.S. Department of Defense frequency, encryption, and anti‑jamming requirements, making them suitable for both commercial operators and secure government communications.
Target Audience
Primary customers are regional telecommunications operators seeking affordable high‑throughput GEO capacity (e.g., South Korea’s KT Sat) and government or defense agencies requiring secure, resilient satellite communications.
Features
- Sub‑1,000 kg GEO satellite platform, significantly smaller than traditional GEO spacecraft
- Volume‑production manufacturing leveraging LEO‑style scalability and 3‑D‑printed components
- All‑electric propulsion with optional extra propellant for extended mission life
- Software‑defined, highly reconfigurable payloads that can be maneuvered in‑orbit
- Ten‑fold reduction in cost per megabit per second versus conventional GEO satellites
- Built to comply with DoD frequency bands, telemetry encryption, and anti‑jamming standards
- “Rapid, Scalable Geosynchronous Bandwidth” technology enabling fast, cost‑effective deployment