Pavespace designs and manufactures modular orbital logistics hardware, including integrated propulsion units and space‑qualified avionics, to enable rapid and cost‑effective payload insertion and maneuvering in final orbit. Their end‑to‑end engineering service and dedicated engine test facilities shorten development cycles, allowing satellite operators and in‑orbit service firms to add maneuverability and servicing capabilities without building custom hardware.
Funding
Funding not disclosed
Founders
Product
Problem
Space missions and emerging in‑orbit services often lack affordable, rapidly deployable logistics hardware, limiting the growth of a sustainable in‑space economy. Existing solutions are typically slow to develop, expensive, and not optimized for the agility required for frequent orbital operations.
Solution
Pavespace designs and manufactures end‑to‑end orbital logistics systems that enable payloads to reach and operate in final orbit with minimal lead time. The company leverages a fast‑track development process to move from concept to propulsion firing and space‑ready avionics within a year, delivering flight‑proven hardware ready for integration. By providing dedicated engine test infrastructure and modular propulsion units, Pavespace allows customers to add maneuverability and on‑orbit servicing capabilities without building custom hardware. The approach focuses on engineering execution and repeatable production to lower costs and accelerate deployment of in‑space services.
Target Audience
Primary customers are satellite operators, in‑orbit servicing firms, and other space logistics providers seeking fast, cost‑effective hardware for orbital insertion and maneuvering.
Features
- Integrated propulsion modules capable of delivering precise orbital insertion and maneuvering burns
- Space‑qualified avionics suites with built‑in fault tolerance and autonomous operation
- Dedicated engine test facilities that validate performance and reliability before launch
- Modular hardware architecture enabling rapid integration with a variety of satellite platforms
- End‑to‑end engineering support from design through flight qualification to reduce development cycles