Facts

• Company: GITAI
• Product type: Space Robot
• Status: prototype

Profile sections

• Summary
• Overview
• Market context
• Audience
• Workflow
• Capability
• Deployment environment
• Positioning tags
• Specifications
• Tags
• Sources

Summary

Inchworm Space Robot is GITAI modular space-robot hardware for moving between fixtures and performing manipulation tasks in orbital or lunar infrastructure settings. It targets inspection, assembly and maintenance work where a compact walking-arm format is useful.

Overview

Inchworm Space Robot is GITAI modular space-robot hardware for moving between fixtures and performing manipulation tasks in orbital or lunar infrastructure settings. It targets inspection, assembly and maintenance work where a compact walking-arm format is useful.

Market context

GITAI's Inchworm Space Robot is a modular space manipulator concept for mobility and work in orbital environments.

• Target environment: Space stations, orbital infrastructure and space robotics research environments.
• Workflow context: Robotic manipulation, mobility between fixtures and remote or autonomous work in space.
• Customer context: Space agencies, commercial space companies and orbital infrastructure teams.
• Deployment model: Space robotics platform under company development and demonstration.
• Commercial maturity: Specialized development-stage space robot with public GITAI demonstrations.
• Adoption constraints: Adoption depends on space qualification, mission integration, reliability and launch/deployment access.
• Market position: Space manipulation platform lane, separate from terrestrial mobile manipulators.
• Adjacent products: Space robots, orbital manipulators, GITAI space robotics systems

Audience

Space agencies

Workflow

Robotic manipulation, mobility between fixtures and remote or autonomous work in space.

Capability

Mobile manipulation

Deployment environment

Space stations, orbital infrastructure and space robotics research environments.

Positioning tags

• Audience: Space agencies
• Workflow: Robotic manipulation, mobility between fixtures and remote or autonomous work in space.
• Capability: Mobile manipulation
• Deployment environment: Space stations, orbital infrastructure and space robotics research environments.

Specifications

• Form Type: Inchworm space robot
• Operational Role: In-space servicing, assembly and manufacturing
• Operating Environment: Microgravity environments
• Arm Length: 2 m
• Total Dof: 7 dof
• End Effector Dof: 2 dof
• Power Input: 24-48 Vdc
• Weight Kg: 50 kg

Tags

• Capability: Mobile manipulation
• Customer Segment: Research lab customer
• Market Signal: High-visibility demo