Material-Centric Actuation and Sensing for Robotics

The contract seeks the development of smart materials that integrate intrinsic sensing and actuation functionalities for use in robotic systems, eliminating the need for external sensors or software-based control systems. These materials must be capable of autonomously detecting environmental changes and responding with appropriate mechanical actions, enabling robots to adapt dynamically to their surroundings through material-level properties alone. The focus is on creating self-aware, self-actuating platforms that enhance robustness, reduce complexity, and improve reliability in unstructured or hazardous environments where traditional sensor and control architectures may be impractical. The opportunity is issued as a subcontract under the Department of Defense’s Defense Advanced Research Projects Agency, with a North American Industry Classification System code of 325998 for other chemical product and preparation manufacturing. The solicitation was posted on April 27, 2026, and responses are due by May 27, 2026, at 14:00 UTC. While specific funding levels, performance locations, or point of contact details are not provided, the emphasis is on innovative material science breakthroughs that fundamentally shift how robotics interact with their environments through embedded intelligence rather than external systems.