Mach24 develops small‑satellite launch services using hybrid propulsion to deliver cost‑effective, frequent access to low‑Earth orbit. Its two‑stage micro launch vehicle, GARUDA 7, can carry payloads up to 500 kg to LEO and SSO, while a sub‑orbital sounding rocket supports up to 50 kg of scientific experiments.
Funding
Funding not disclosed
Founders
Product
Problem
Access to low‑Earth orbit for small satellite operators is limited by high launch costs, infrequent flight opportunities, and reliance on large, legacy rockets, making it difficult for research institutions, startups, and niche payload providers to deploy missions affordably and on schedule.
Solution
Mach24 offers a dedicated small‑satellite launch service built around hybrid propulsion technology, delivering a cost‑effective and reusable two‑stage micro launch vehicle, GARUDA 7, capable of delivering up to 500 kg to LEO and Sun‑synchronous orbit. The hybrid engine provides greener operation and higher reliability while reducing launch expenses. In addition, Mach24 operates a sub‑orbital sounding rocket for payloads up to 50 kg, enabling rapid scientific experiments and technology demonstrations. By providing frequent launch windows and a one‑stop solution—from propulsion design to flight execution—Mach24 lowers the barrier for customers to access space.
Target Audience
Primary customers are small‑satellite manufacturers, university research programs, and commercial startups that require affordable, frequent access to low‑Earth and Sun‑synchronous orbits for payloads up to 500 kg.
Features
- Hybrid propulsion system that combines solid and liquid propellants for improved safety, performance, and reduced environmental impact
- Two‑stage GARUDA 7 micro launch vehicle optimized for payloads up to 500 kg to LEO and SSO with rapid turnaround between flights
- Dedicated sub‑orbital sounding rocket capable of carrying up to 50 kg of scientific instruments for short‑duration experiments
- Flexible mission architecture allowing custom orbital parameters and integration support for a wide range of small‑satellite form factors
- End‑to‑end service model covering vehicle design, launch operations, and post‑flight data delivery