Rendezvous Robotics
Rendezvous Robotics builds spacecraft that assemble themselves in orbit. Its modular tiles stack flat inside any rocket without folding, then autonomously maneuver, connect, and reconfigure in space, enabling large-scale structures like kilometer-scale antennas and megawatt-class orbital compute that are sized to mission demands rather than launch fairing constraints.
- Robotics
- Space Technology
- Artificial Intelligence
- Hardware
- Aerospace
Funding
Raised to date
$23MRaised 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.
across 2 rounds
+4$20M · Seed
Announced Oct 2026 · from article date
Disclosed cumulative: $23M
Founders
Product
Problem
The current paradigm for in-space infrastructure development is limited by the logistical challenges and cost associated with launching fully assembled, large-scale structures. Repair and maintenance of existing orbital assets also require complex, high-risk extravehicular activities (EVAs) by human astronauts.
Solution
Rendezvous Robotics is developing a suite of robotic systems designed for autonomous in-space assembly and servicing operations. The platform leverages modular spacecraft tiles that stack flat inside any rocket without folding, then autonomously assemble and reconfigure in orbit. Each tile is a complete spacecraft with embedded edge CPU enabling autonomous swarm assembly, which can be repurposed for payload or mesh computing after assembly. This capability extends to in-orbit servicing, refueling, and repair of satellites and other space assets, enhancing their operational lifespan and utility. By automating these complex tasks, the company aims to reduce the cost and risk associated with space infrastructure development and maintenance.
Target Audience
Primary customers are satellite operators, space agencies, and commercial entities involved in the development and maintenance of orbital infrastructure, including defense agencies requiring massive apertures for ISR and protected communications, and telecommunications providers seeking direct-to-device connectivity.
Features
- Modular spacecraft tiles that stack flat inside any rocket, eliminating the need for folding mechanisms
- Embedded edge CPU on every tile enables autonomous swarm assembly and is repurposed for payload or mesh compute post-assembly
- AI-powered visual servoing and autonomous navigation for precise orbital operations
- On-orbit assembly algorithms for constructing large structures from pre-fabricated modules
- In-situ servicing capabilities including robotic grappling, refueling, and component replacement
- Radiation-hardened hardware components designed for the space environment
- Real-time telemetry and control interface for remote monitoring and intervention