On October 1, 2026, Honda made public that its United States space exploration division is teaming up with Redwire to develop a robotics solution for upcoming commercial orbital outposts, combining the Honda multi-fingered robotic hand with Redwire’s STAARK robotic arm and experiment locker technology for orbital research tasks. The system is designed to boost scientific output while cutting down on the manual hours astronauts dedicate to laboratory procedures and experiments.
Torrance, California Announcement and Commercial Station Transition
Originating from Torrance, California, the disclosure ties the project directly to NASA’s shift away from the International Space Station toward privately run facilities in low Earth orbit. Honda noted that station creators are currently assessing how everyday lab work and scientific inquiries will be handled in these new settings, with future commercial habitats being planned around leaner crews and shorter missions. According to the company, these operational parameters heighten the demand for automated systems that assist with station upkeep and research initiatives while minimizing crew workload.
Astro-research tasks frequently demand that astronauts gather experiments, move biological samples, manage lab machinery, and transport items between different workspaces. The press release points out that these routine duties consume precious crew schedules on crewed orbital platforms, and argues that deploying a robotic assistant for these functions could lower running costs, maximize the utilization of research assets, and advance both commercial and scientific studies.
Honda Multi-Fingered Robotic Hand Specifications and Testing
Through decades of research, Honda has refined robotic systems capable of human-like dexterity, and is now investigating their use in future extraterrestrial missions. Featuring actively controlled joints alongside tactile and force sensors built into the palm and fingertips, the multi-fingered robotic hand allows for sensitive touch detection and intricate handling—qualities Honda highlights as ideal for meticulous lab chores like sample management, delicate object control, and instrument operation. The company states the hand has completed extensive durability testing under varied fingertip loads.
Data released on Honda’s R&D portal highlights 16 powered joints featuring thumb-finger opposability alongside a peak continuous joint speed of 180 degrees per second. Honda points to a top fingertip pressure capacity of 50 newtons maintainable for up to 150 seconds, noting further that the mechanism has endured upwards of 450,000 endurance testing cycles across diverse load configurations, which includes 24,000 cycles centered on hoisting a 5-kilogram load. The platform can reportedly sense a finger colliding with an obstruction moving at 1.23 meters per second and instantly alter its operation mode to cushion the impact, per the website. Every fingertip features a six-axis force transducer, and 288 distinct tactile sensing zones are embedded across the palm and digits. Honda’s public showcases feature skills such as threading a sewing needle, delicately tightening miniature screws, turning bolts, and operating scissors.
“Honda space initiatives, including our robotic hand, are focused on enabling practical operations in orbit,” said Tom Sladek, chief engineer, Space Development Division, Honda Development & Manufacturing of America, LLC. “Working with Redwire, Honda is evaluating how robotics with human-like dexterity could support research activities aboard the next generation of commercial space stations, helping crews accomplish more in an environment with fewer personnel while improving operational efficiency.”
Redwire Facilities and STAARK Robotic Arm Integration
Redwire, a provider of space and defense technology solutions, currently operates eight facilities on the International Space Station and has decades of experience developing station hardware and operating science and technology experiments, according to the announcement. Bringing robust heritage in space robotics, Redwire utilizes the STAARK, a flexible and easily configurable robotic apparatus built specifically for orbital tasks.
Recent trials successfully proved that the STAARK robotic arm possesses the ability to independently locate and seize moving targets. The combined concept integrates this arm and experiment locker technology with the Honda robotic hand.
“Redwire is excited to explore opportunities with Honda that leverage our proven track record and expertise in robotics and in-space manufacturing technology development to advance the next generation of commercial research in orbit,” said Shawn Buckley, executive vice president and chief operating officer at Redwire Space. “Commercial space stations will transform Low-Earth orbit, and advanced space robotics are critical in enabling technologies that will help us unlock the value for our customers.”
International Astronautical Congress Meetings and Exhibitions
Honda and Redwire plan to meet with commercial station developers and prospective partners to discuss the robotics concept at the 2026 International Astronautical Congress. Meanwhile, industry professionals will gather at the upcoming Evertiq Expo Warsaw on October 22 to exchange knowledge, discover new solutions, and build business connections.
Frequently Asked Questions About the Honda-Redwire Partnership
Where was the robotics solution announcement issued from?
The announcement was issued from Torrance, California, on October 1, 2026, according to company releases.
How many facilities does Redwire currently operate on the International Space Station?
Redwire currently operates eight facilities on the International Space Station, alongside decades of experience developing hardware and running experiments.
What are the movement specifications of the Honda robotic hand?
The Honda multi-fingered robotic hand features 16 actuated joints with a maximum continuous joint velocity of 180 degrees per second and can sustain a maximum fingertip force of 50 newtons for up to 150 seconds.
What event are Honda and Redwire attending to meet with commercial station developers?
Honda and Redwire are meeting with commercial station developers and prospective partners at the 2026 International Astronautical Congress.
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