Bellatrix Aerospace designs and manufactures electric and green satellite propulsion systems that offer higher specific impulse, longer life, and lower mass than traditional chemical thrusters. Its product line includes the Hall‑effect Arka thruster for efficient orbit raising, the non‑toxic Rudra green thruster as a hydrazine alternative, ultra‑compact nano‑satellite engines (Fingernail), and water‑fed microwave plasma thrusters (Jal), all produced in‑house for rapid, customizable delivery to satellite operators.
Funding
$63.2K 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.
AAFounders
Product
Problem
Satellite operators face high propulsion costs, limited maneuverability, and environmental concerns associated with traditional chemical thrusters, which constrain the deployment, phasing, and station-keeping of constellations and large GEO satellites.
Solution
Bellatrix Aerospace develops and manufactures a portfolio of electric and green propulsion systems that deliver higher specific impulse, longer operational life, and reduced mass compared to conventional thrusters. Their electric thrusters, such as the Arka Hall-effect engine, provide efficient, low-thrust propulsion for orbit raising and station-keeping, while the Rudra green thruster offers a non‑toxic alternative to hydrazine for precise maneuvering. The company also offers ultra‑compact nano‑satellite engines (Fingernail) and water‑powered microwave plasma thrusters (Jal) to enable cost‑effective propulsion for small‑satellite missions. Integrated in‑house design and manufacturing allow rapid delivery and customization across mission scales, from nano‑constellation deployment to multi‑ton GEO payload delivery.
Target Audience
Primary customers are satellite manufacturers and operators launching nano‑, micro‑, and large GEO communication constellations that require efficient, low‑cost, and environmentally friendly propulsion solutions.
Features
- Hall‑effect electric thrusters (Arka) optimized for high efficiency and extended mission life
- Green chemical thrusters (Rudra) using non‑toxic propellants as a safer alternative to hydrazine
- Ultra‑small nano‑satellite engine (Fingernail) with a form factor smaller than a dime for mass‑critical missions
- Water‑fed microwave plasma thruster (Jal) providing electric propulsion with readily available propellant
- Multi‑mission orbital platform (Pushpak) for precise payload deployment and hosted payload integration
- In‑house technology development and manufacturing ensuring agile production and quality compliance with global standards