Build Beyond the Rocket

Self-Assembling Spacecraft for Massive Scale and Performance

Missions at Any Scale.

Self-assembling tiles build spacecraft impossible to fold into a rocket.

“Every spacecraft ever built was designed to fit into a rocket fairing. It's time to build bigger”

Dr. Ariel Ekblaw, Co-Founder of Rendezvous Robotics

No Limit on Performance

Physical size constraints limit today’s most critical space missions.

Only modular in-space assembly makes cathedral-size systems possible.

Learn how Rendezvous Robotics enables your mission.

DEFENSE

Massive apertures for ISR, protected communications, and missile tracking

Icon of a satellite dish for communication or astronomy, inside a circle.

DIRECT-TO-DEVICE

Kilometer-scale antennas that close links to mobile devices from any orbit.

Wireless charging icon with a power plug symbol inside a circle.

ORBITAL COMPUTE

Megawatt-class power for AI and high-power missions.

Heated radiator with steam rising
Let's Rendezvous

How It Works

ASSEMBLE

Tiles self-assemble autonomously in orbit using electromagnetic control. No astronauts. No propulsion. No robotic arm.

LAUNCH

Modular spacecraft tiles stack flat inside any rocket. No complex origami folding.

SCALE

Add tiles to grow. Reconfigure for new missions. Upgrade instead of replacing whole satellites.

 

Close-up of a metallic electronic device with a sleek, futuristic design, set against a dark background with subtle light reflections.
A space telescope with a honeycomb-shaped mirror array against a black background.
A digital illustration of a circuit board with hexagonal tiles, some rotated to form a pathway, and a red line extending from the tiles with additional hexagonal tiles scattered along it.

Proven in Space. Built for Scale.

Invented by Dr. Ariel Ekblaw at MIT and built by industry veterans who created today's most capable space systems, Rendezvous has 8 years of R&D and 3 space flights under its belt. We are flying 36 fifth-generation tiles that will self-assemble aboard the ISS in Summer 2026.

Meet The Team
Stacks of electronic components with circuit boards and sensors on a wooden table in a workshop or manufacturing setting.
Five crew members inside the International Space Station with walls covered in white panels and blue logos. One person is sitting on the floor holding a transparent circular object, while the others are standing or sitting nearby, engaged in activity or conversation.
NASA experimental apparatus on display at Johnson Space Center, Houston, TX, with wires, cameras, and a metallic housing, surrounded by blue acoustic foam panels.
View of Earth's atmosphere from space through the window of a spacecraft, with a moon-shaped object labeled 'Hexagon Tile' floating in the foreground.
Astronaut on the International Space Station taking a photo of a paper with labels and barcodes.

Investors and Partners

Logos of various organizations including Aurelia Foundry, 8090 Industries, ATX Venture Partners, Mana Ventures, Axiom Space, ISS National Laboratory, and Aurelia on a black background.