In-Orbit Servicing & Assembly

Designs and operates spacecraft for on-orbit servicing, including debris removal, satellite life extension, and refueling across LEO and GEO

Develops orbital transfer vehicles for in-space transportation, satellite life extension, and payload delivery services

Designs and operates robotic spacecraft for active debris removal, satellite life extension, and in-orbit inspection services.

Operates orbital transfer vehicles for last-mile satellite delivery, hosted payload services, space cloud computing, and in-orbit servicing.

Develops space robotic systems for in-orbit servicing, satellite assembly, and lunar infrastructure construction

Provides on-demand non-Earth imagery and intelligence on satellites and space objects using a distributed network of space-based sensors and proprietary inspection software

Builds robotic spacecraft and modular payloads for in-space servicing, satellite upgrades, and space domain awareness

Develops a standardized autonomous rendezvous and docking module for satellite life extension, debris removal, and in-orbit servicing missions

Designs and manufactures satellite systems, orbital robotics, and geointelligence platforms for government, defense, and commercial space operators worldwide.

Operates orbital service vehicles and manufactures satellite buses for in-space transportation, hosted payloads, and proximity operations.

Designs and manufactures robotic arms, motor controllers, and mechanisms for space missions including Mars rovers, on-orbit servicing, and lunar exploration

Develops on-orbit refueling infrastructure and operates fuel depots, shuttles, and standardized docking interfaces for satellite propellant delivery in Earth orbit.

Designs and operates autonomous orbital robots for payload hosting, in-space compute, inspection, space domain awareness, and in-space logistics services

Builds rapid-response orbital servicing vehicles for close-proximity inspection, monitoring, and protection of space assets across all Earth orbits

Develops reusable spacecraft through on-orbit assembly and reprovisioning, extending operations and cutting lifecycle costs by 80%

Developing the first orbital power grid using optical power beaming to deliver concentrated solar energy to satellites without hardware modifications.

Develops autonomous satellite servicing vehicles using electric propulsion for life extension, disposal, and on-orbit maneuvering

Defending, servicing, and building space infrastructure with X-ray inspection, robotic toolkits, and autonomously assembled orbital platforms

Designs, builds, and operates autonomous spacecraft for space domain awareness, debris removal, and in-orbit servicing using gridded ion propulsion.