HRI-US Intelligence Robotics Research Division Launches Call for Projects – University Collaboration Opportunity
Honda Research Institute USA (HRI-US) recently opened its invitation for U.S. university research teams to submit proposals for its Honda Dexterous Hand Project.
Honda Research Institute USA (HRI-US) recently opened its invitation for U.S. university research teams to submit proposals for its Honda Dexterous Hand Project – an opportunity to collaborate with Honda researchers and gain hands-on access to one of the most advanced, dexterous, multi-fingered robotic hands ever developed.
Selected teams will receive onsite access during summer 2026 to this cutting-edge robotic manipulation platform at the HRI-US facility in San Jose. Lodging is being provided for this exciting opportunity for participating researchers, enabling focused, in-person collaboration and experimentation.
A Platform for Next-Generation Robotics Research
This robotic hand represents a generational leap in physical interaction – designed to move beyond rigid, task-specific manipulation toward more fluid, human-like engagement with the world that requires much less operator expertise. Its combination of mechanical dexterity, sensing, and control opens new avenues for foundational robotics and AI research including:
- Dexterous manipulation and fine motor control
- Multimodal perception and contact-rich interaction
- Shared autonomy and embodied intelligence
- Learning-based approaches to manipulation and interaction in unstructured environments
Collaborative Research Environment
Selected teams will work closely with HRI-US researchers in a collaborative, lab-based setting, exchanging ideas, methodologies, and insights. The program emphasizes open inquiry, technical depth, and mutual learning – aligning academic creativity with industry research platforms developed within Honda’s long-term vision for robotics and intelligent systems.
How to Participate
U.S. university research teams with interests aligned to intelligence robotics research, manipulation, and embodied AI are encouraged to apply.