Robotics increasingly allows organizations to address complex work in risky areas without exposing workers to danger. Recently, HEBI Robotics, recognized for its modular robotics platforms, received $250,000 from the U.S. Army under the Small Business Innovation Research (SBIR) program to support development of certification-ready robots for hazardous environments. The initiative highlights ongoing interest in automation solutions that can handle hazardous tasks, potentially changing workflows across military and industrial sectors. As robots assume responsibilities in unsafe conditions, the impact on operational safety and efficiency may continue to grow.
Other public information about HEBI Robotics reveals a consistent strategy: expanding modular hardware for custom robotic systems targeting difficult or dangerous environments. Previous projects included NASA collaborations and notable industry recognition, such as the “inchworm” robot family receiving RBR50 Robotics Innovation Award. Comparatively, HEBI’s recent Army partnership sharpens the focus on certification for environments with flammable or explosive hazards, building on previous work but with a specific compliance goal for Class I, Division 1 standards.
How Does HEBI Robotics Tackle Certification Challenges?
HEBI Robotics acknowledges the scarcity of robotic systems certified for work in areas containing flammable vapors or fluids due to the complexity and high cost of meeting Class I, Division 1 standards. Through the SBIR grant, the company plans to create modular building blocks and tools that can expedite both the design and the certification process. The stated goal is to make it possible for professionals to build robust robotics platforms suitable for regulated, hazardous environments without extensive technical training.
What Is the Scope of the SBIR-Funded Project?
The SBIR project centers on adapting HEBI’s modular robotics hardware for use in locations where explosive or volatile materials are present. Such certification would extend the HEBI Platform’s applications to activities like fuel-tank inspection, handling energetic materials, and military field operations. According to HEBI Robotics CEO Bob Raida, “HEBI’s long-term goal is to make it easy for any professional to create robust professional-grade robots, without requiring years of technical training.” Through collaboration with Army stakeholders, the project aims to ensure both certification and performance requirements are met.
“Over the years, HEBI has expanded its hardware to be capable of performing in a wider range of environments including wet and dirty environments, and underwater. Creating Class I, Division 1-certified hardware is a big step forward and will be a game changer that opens the door to a nearly limitless number of industrial applications.”
Could This Research Lead to Broader Industry Adoption?
If the initial Phase I project proves successful, HEBI may secure additional funding and move toward full-scale production. The project’s evolution aligns with the Army’s interest in using advanced robotic solutions to automate hazardous tasks and protect personnel, and reflects a broader government push for innovation via the SBIR and STTR programs. These programs support small business participation in federal research and assist innovators in developing technologies with commercialization prospects.
Robotics developers face persistent regulatory and engineering challenges when preparing systems for dangerous environments, especially regarding explosion or ignition risks. The modular, flexible approach used by HEBI and similar companies addresses some obstacles by allowing rapid design customization for specific standards. For readers seeking reliable automation in industries from energy to defense, understanding these certification processes—and the available funding to drive them—will be key as robotics capabilities expand. Companies like HEBI Robotics and their platforms such as Tready continue to illustrate how collaborative funding and innovative modularity can serve complex, regulated needs while offering a safer alternative to manual labor in hazardous contexts.
- HEBI Robotics received an Army SBIR grant for hazardous environment robots.
- The project aims for Class I, Division 1 certification using modular building blocks.
- This development could extend robots’ role in challenging military and industrial settings.
