GrayMatter Robotics Awarded AFWERX Phase II Contract to Develop AI-Powered Robotic System for Canopy Sanding | RoboticsTomorrow

CARSON, CA (Los Angeles County) Jan. https://www.roboticstomorrow.com/news/2026/01/15/graymatter-robotics-awarded-afwerx-portion-ii-contract-to-blueprint-ai-powered-robotic-system-for-veil-sanding/26019/15, 2026 — GrayMatter Robotics, a leader in AI-powered robotic floor finishing solutions, as of late launched it has been awarded a Diminutive Replace Innovation Research (SBIR) Segment II contract by AFWERX, the innovation arm of the Department of the Air Power, to blueprint an self sustaining robotic system for the precision sanding of canopies.

The Segment II contract builds upon GrayMatter’s proven abilities in physics-suggested AI and adaptive robotic methods, extending the company’s breakthrough floor finishing technology to handle one amongst aviation repairs’s most tough and severe projects. The Clear Robotic Canopy Sanding System will goal repairs and restore operations for acrylic and polycarbonate factors that accept scratches and floor harm on internal and exterior surfaces at some stage in their service life.

“Handbook veil restore is one amongst essentially the most demanding precision projects in airplane repairs, requiring exceptional skill and ingesting treasured technician hours that would possibly possibly per chance smartly be deployed in other areas,” stated Ariyan Kabir, CEO and co-founding father of GrayMatter Robotics. “Our system will bring the consistency and precision desired to restore optical readability whereas dramatically reducing repairs time and hanging off the variability that leads to rework.”

The system leverages GrayMatter’s proprietary GMR-AI™ platform, integrating evolved 3D sensing, power-adaptive take care of watch over, and self sustaining trajectory generation and adaptation to title and systematically lift away floor defects whereas preserving the veil’s optical properties and structural integrity. The robotic solution adapts in valid time to handle the complex geometries and varying defect patterns encountered across various airplane platforms.

“This contract represents a natural evolution of our bodily AI technology into aerospace repairs applications,” stated Dr. Satyandra K. Gupta, chief scientist and co-founding father of GrayMatter Robotics. “The identical adaptive intelligence that lets in our methods to handle thousands of uncommon factors in manufacturing environments will now increase the exacting necessities of optical floor restoration. We’re in actuality teaching robots to copy and surpass the abilities of the professional repairs technicians.”

Key technical enhancements of the Clear Robotic Canopy Sanding System include:

• Self sustaining Anxiety Detection: Evolved imaginative and prescient methods that title and classify scratches, hazing, and various floor defects

• Adaptive Job Regulate: Genuine-time adjustment of sanding parameters essentially based completely on subject matter thickness, scratch depth, and optical necessities

• Quality Assurance Integration: In-direction of monitoring and documentation to invent obvious consistent restore quality and traceability

The system is designed to combine seamlessly into existing depot- and field-stage repairs workflows, providing a scalable, data-pushed map to veil restore that helps lengthen service life and increase airplane availability across the Air Power snappily.

This most smartly-liked AFWERX contract provides to GrayMatter Robotics’ increasing portfolio of protection and aerospace applications, following the company’s selection as a winner within the U.S. Navy’s Evolved Manufacturing Innovation for Maritime Readiness Discipline in August 2025.

The Segment II effort will include wide testing and validation in collaboration with Air Power repairs companies, with initial prototype demonstrations deliberate for later this year. GrayMatter Robotics expects the technology developed under this contract to possess extensive applications across militia and commercial aviation repairs operations.

About GrayMatter Robotics

GrayMatter Robotics, headquartered in Carson, California, designs evolved, physics-suggested, AI-pushed robotic cells that empower excessive-mix producers to tackle complex, ergonomically tough floor finishing projects, much like sanding, grinding, buffing, sprucing, blasting, and spraying. That comprises proprietary applied sciences love GMR-AI™, GMR-Guardian™, GMR-Care™, GMR-Insights™, and GMR-ProcessPro™, GrayMatter Robotics enhances productivity, safety, and sustainability through streamlined, turnkey automation accessible to producers of all sizes. Founded in 2020, the company serves various manufacturing sectors, including aerospace and protection, marine and boat constructing, area of abilities autos, total manufacturing, and sport and user merchandise. Named one amongst Snappily Firm’s most revolutionary firms in robotics and engineering for 2025, GrayMatter Robotics is accelerating the transformation of American manufacturing. For more data, search the advice of with www.graymatter-robotics.com.

About AFWERX

As the innovation arm of the Department of the Air Power (DAF) and a directorate at some stage within the Air Power Research Laboratory, AFWERX brings cutting-edge American ingenuity from diminutive agencies and starting up-americato handle essentially the most urgent challenges of the DAF. AFWERX employs approximately 325 militia, civilian, and contractor personnel at 5 hubs and sites executing an annual $https://www.roboticstomorrow.com/news/2026/01/15/graymatter-robotics-awarded-afwerx-portion-ii-contract-to-blueprint-ai-powered-robotic-system-for-veil-sanding/26019/1.4 billion funds. Since 20https://www.roboticstomorrow.com/news/2026/01/15/graymatter-robotics-awarded-afwerx-portion-ii-contract-to-blueprint-ai-powered-robotic-system-for-veil-sanding/26019/19, AFWERX has carried out 4,697 contracts worth bigger than $2.6 billion to toughen the U.S. protection industrial immoral and drive quicker technology transition to operational functionality. For more data, search the advice of with afwerx.com.