KULR Selected by Icarus Robotics to Power Free-Flying Robotic Platform Bound for the International Space Station | RoboticsTomorrow
KULR Technology Group has been chosen by Icarus Robotics to supply battery systems for JOY, an autonomous free-flying robotic platform scheduled to launch to the International Space Station in early 2027. The agreement positions KULR’s flight-proven energy technology at the core of a new generation of orbital robotic assistants.
Robotic Platform Bound for the ISS
Icarus Robotics, based in New York City, designs general-purpose robotic systems for space operations powered by embodied AI. Its robot, JOY, is engineered to perform autonomous navigation, maneuvering, and routine tasks aboard the ISS under the JOYRIDE-1 mission. The platform aims to handle infrastructure maintenance and assist with future commercial space station activities, freeing astronauts for high-value research.
Under the agreement, KULR will supply its KULR ONE Space (K1S) battery systems to power JOY’s onboard systems. The K1S architecture is designed to NASA safety standards and has heritage from the Artemis II crewed lunar mission. Icarus CEO Ethan Barajas noted that dependable energy is critical for unattended orbital operations, making KULR the natural partner for the mission.
KULR ONE Space Battery System
The KULR ONE Space battery system leverages the company’s lightweight REACH battery architecture, delivering high energy density at low mass. The cells are qualified through Initial Lot Assessment (ILA), Lot Acceptance Testing (LAT), and NASA WI-37A screening protocols. KULR’s Webster, Texas facility will handle production and qualification testing for the Icarus battery systems.
KULR CEO Michael Mo emphasized that autonomous robotics in orbit require safe, reliable, flight-ready energy systems. He framed the agreement as part of a broader strategy: the next phase of space infrastructure depends on robots that can inspect, repair, and assemble orbital systems—and the batteries that power them must be equally dependable.
Strategic Expansion in Commercial Space
This agreement expands KULR’s role as a battery systems provider for the commercial space industry. It builds on existing relationships, including battery systems for Artemis crewed spaceflight, an active rideshare mission with Exolaunch on a SpaceX launch vehicle, and supply contracts with multiple commercial space operators.
Icarus expects JOY to become the most advanced free-flying robotic platform ever sent to the ISS. By integrating KULR ONE Space technology, the robotic system aims to demonstrate that autonomous robots can become a standard part of space station operations, handling routine work while crews focus on scientific objectives.
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