Profile
Gravis Robotics is a Swiss robotics company (founded in 2022) specializing in autonomous earthmoving technology for the construction industry. Headquartered in Zurich, the company develops advanced retrofittable autonomy solutions that transform conventional heavy machinery — particularly excavators — into intelligent, high-productivity autonomous systems. Gravis aims to address the construction sector’s chronic challenges: severe labor shortages, safety risks, low productivity growth, and unpredictable project timelines. Their technology allows operators to control powerful machines with simple touchscreen inputs while the robot handles precise, terrain-aware execution.
The core innovation is the Gravis RACK — a hardware “brain and backbone” system that retrofits onto existing excavators and other heavy equipment. It combines high-end sensors (LiDAR, cameras, IMUs), powerful onboard computing, and intuitive touchscreen controls to deliver semi-autonomous and fully autonomous operation. The system supports “Anywhere Autonomy,” working across multiple OEM brands and machine types without requiring major vehicle modifications.
Key Features and Benefits:
- Superhuman Productivity: Up to 30% higher throughput through terrain-aware excavation and optimized movement.
- Enhanced Safety: Reduces operator exposure to hazardous environments and provides superior situational awareness.
- Predictability: Robotic precision delivers consistent results and more reliable project timelines.
- Ease of Use: Operators use simple finger-tap controls on a touchscreen; the system handles complex digging, grading, and material handling.
Gravis has demonstrated strong momentum, launching “Anywhere Autonomy” with six OEM partners at Bauma 2025 and debuting its Copilot system at Conexpo 2026. The company is backed by venture capital and focuses on off-road Physical AI for heavy construction equipment. Its solutions are already trusted by major players in the construction industry.
Gravis Robotics represents a practical and scalable approach to construction automation — retrofitting existing fleets rather than replacing them — making advanced autonomy accessible to contractors today.
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