Pangea Propulsion builds advanced space propulsion systems that deliver high specific impulse and scalable thrust while reducing mass and cost. Using proprietary low‑toxicity propellants, additive‑manufactured components, and integrated sensor suites, their modular engines support missions from satellite orbit raising to interplanetary travel, with cloud‑based analytics for burn optimization and predictive maintenance.
Funding
$7.2M 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.
IFounders
Product
Problem
Space missions require propulsion systems that can deliver higher performance while reducing mass, cost, and complexity, yet existing engines often fall short of the efficiency and flexibility needed for deep‑space exploration and rapid orbital maneuvers.
Solution
Pangea Propulsion develops advanced space propulsion technologies that combine high specific impulse with scalable thrust levels. By leveraging novel propellant chemistries and additive‑manufactured engine components, the company creates engines that are lighter, more cost‑effective, and adaptable to a range of mission profiles—from satellite orbit raising to interplanetary travel. Integrated health‑monitoring sensors provide real‑time performance data, enabling precise thrust control and predictive maintenance. The propulsion modules are designed for plug‑and‑play integration with standard spacecraft bus architectures, reducing development time and certification effort. Pangea also offers a cloud‑based analytics platform that processes engine telemetry to optimize burn planning and fuel usage across missions.
Target Audience
Primary customers are satellite operators, launch service providers, and deep‑space mission developers seeking high‑performance, cost‑effective propulsion solutions for both low‑Earth orbit and interplanetary vehicles.
Features
- High‑efficiency combustion chamber using proprietary low‑toxicity propellants
- Additive‑manufactured turbopumps and injector heads for reduced mass and rapid production
- Modular thrust vector control system compatible with multiple spacecraft bus standards
- Embedded sensor suite delivering real‑time pressure, temperature, and vibration data
- Cloud analytics service for burn optimization, performance forecasting, and anomaly detection
- Scalable thrust range from micro‑thrusters (≤0.1 N) to medium‑class engines (≥10 kN)