Redwire and Honda Partnered on Space Robotics
The collaboration integrates specialized robotic arms and hands to automate laboratory tasks in low Earth orbit.
Updated on Oct. 5, 2026 in Robotics
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Redwire and Honda have announced a collaboration to develop an integrated robotic system designed for use on commercial space stations. The system combines Redwire's STAARK robotic arm with Honda’s multi-fingered robotic hand for autonomous manipulation.
Why it matters
Automating lab tasks on commercial space stations addresses the constraint of limited astronaut time, potentially allowing for smaller crew sizes. The system aims to enhance operational efficiency in the challenging environment of low Earth orbit.
The system features the STAARK modular robotic platform, which demonstrated the ability to track and grasp moving objects autonomously. Honda provides a multi-fingered hand equipped with force and tactile sensors located at the fingertips and palm.
The players
Redwire
A space infrastructure company headquartered in Jacksonville that specializes in manufacturing and orbital systems.
Honda
An automotive and robotics corporation known for developing human-centric robotic hands and advanced tactile sensing technologies.
The details
The robotic arm acts as the primary positioning mechanism, allowing the robotic hand to perform delicate manipulation tasks. The hand utilizes force sensing—a method that measures the physical pressure applied during contact—to handle equipment with precision. This architecture is designed to replicate human-like dexterity for laboratory maintenance, building on Redwire’s current experience operating eight facilities aboard the International Space Station.
Timeline
2026: The companies plan to present the integrated robotic concept at the International Astronautical Congress.
The Tech Race
This development follows the trajectory set by the International Space Station commercial laboratory operations, which have long served as the testing ground for orbital automation. It represents a move toward specialized, semi-autonomous hardware intended for the next generation of private commercial space stations.
This technology is currently in development and is not yet deployed for public or commercial use. Its primary impact will be on the operational workflows of future commercial space station crews, with specific availability for commercial operators expected to follow the 2026 congress presentation.
The takeaway
The success of this collaboration will hinge on the reliability of the robotic hand's tactile sensors in microgravity. Watch for the presentation at the 2026 International Astronautical Congress for performance benchmarks and updated development timelines.
Further reading
For broader trends in orbital automation, visit the Robotics section.
Source note: This article includes information reported by Intelligentcio.
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