Services – WorkerInSpace: On-Orbit Servicing & In-Space Manufacturing

Comprehensive Solutions for Extended Satellite Lifespan

WorkerInSpace offers a suite of on-orbit servicing solutions designed to extend the lifespan and enhance the capabilities of your valuable satellite assets. Our services are tailored to meet the evolving needs of the space industry, ensuring optimal performance and minimizing downtime. We are committed to innovation and excellence.

Orbital Towing Maintenance/Inspection

Capture and operate client satellites in their original mission orbit

Refueling

Provide direct fueling services to customer satellites

Provide services to attach a small thruster satellite that acts as a fuel canister to the exterior of a customer’s satellite

Robot Repair Job

Provide a service that uses a robotic arm to repair some external failures of a customer’s satellite.

Component Assembly/Replacement

Provide services to replace external or internal components on customer satellites

Assembling large structures such as solar panels or antennas on the exterior of a customer’s satellite

Our : The Core of Our Services

At WorkerInSpace, our services are powered by cutting-edge robotic spacecraft technology. We’ve engineered a versatile platform capable of performing complex tasks in orbit, ensuring the longevity and efficiency of your satellite assets. Our spacecraft are designed for reliability and precision.

Robotics

The robot arm is designed to operate reliably in harsh radiation space environments and is equipped with robot arm physics modeling and kinematic/inverse kinematic modeling technologies

AI

AI algorithm-based 3D geometry reconstruction technology identifies and attributes client satellites to enable rendezvous, docking, and on-orbit servicing.

Digital Twin

Robotic satellite digital twin technology is a key enabler of sophisticated and reliable services (docking, refueling, repair, etc.) in space. The physical and virtual convergence validation and simulation of this digital twin will open up new possibilities for future space missions in OOS and contribute to sustainable space development.