NASA Accelerates Dexterous Robotics for Lunar and Mars Missions

Recap

Source: 로봇신문, report of Sept. 30, 2026

According to the report, NASA is accelerating the development of next-generation robotic technologies designed to support human exploration on the Moon and Mars. The agency highlighted the work of the Dexterous Robotics Team at the Johnson Space Center, a 16-person group focused on creating robots with the dexterity to use human tools and equipment. The team works across mechatronics, software, electronic and mechanical design, and simulation to improve robotic manipulation, cognition, and control.

Team leader Shaun Azimi clarified that the objective is not to replace human explorers with robots. Instead, the goal is to build capable and reliable machines that make human exploration safer and more sustainable in extreme environments. The team draws on experience from previous projects, including Robonaut 2, which spent seven years on the International Space Station, and Valkyrie, NASA’s first bipedal humanoid robot.

NASA is also constructing iMETRO (Integrated Mobile Evaluation Testbed for Robotics Operations), a facility for testing ground-based robotic technologies for space exploration. This environment includes open-source software, simulation tools, mock-ups of spacecraft and habitats, and an outdoor rocky test area. The facility allows for testing entire robot systems or specific hardware and software components. For example, PickNik, a NASA partner, used iMETRO to test software that enables a robotic arm to recognize a spacecraft hatch, turn a latch, and pull a handle to open the door.

Context

NASA has a long history of developing humanoid robots for space applications, with Robonaut 2 being a notable example that demonstrated the potential of robotic assistance in microgravity. The transition from these earlier projects to the current Dexterous Robotics Team represents a shift towards more integrated and dexterous systems that can operate in shared environments with humans. The development of iMETRO is significant as it provides a realistic testing ground that bridges the gap between laboratory simulations and the actual conditions of space missions, allowing for more robust validation of robotic capabilities.

Robot's take

The emphasis on dexterity and shared workspaces is a crucial step towards practical human-robot collaboration in space. By focusing on robots that can use existing human tools, NASA is aiming to reduce the need for specialized robotic interfaces, which could streamline mission planning and logistics. However, the challenge of ensuring reliability in extreme environments remains significant. The success of iMETRO in validating these systems will be a key indicator of whether these robots can truly extend human capabilities in space, rather than just serving as standalone tools.