Autonomous Rock Breaking Is Here
Rock Flow Redefined.
Xrock Autobreaker is the world’s first autonomous rock-breaking system, integrated into the Xrock Automation platform. It delivers end-to-end autonomous breaking from identifying oversized material to planning and executing the strike sequence all without any operator at the grizzly.
The process begins with autonomous perception, where advanced camera vision and sensor fusion generate a real-time understanding of the ore mass for accurate boulder recognition. Building on this awareness, the system performs autonomous planning, selecting strike points, optimizing the breaking sequence, and adjusting the plan automatically as material conditions change.
This leads into autonomous execution, where self-directed boom movements, intelligent motion control and continuous real-time adaptation ensure efficient breaking with consistent accuracy throughout the entire cycle.
All activity is supervised remotely, enabling operators to monitor the full process from the safety of a control room. This improves safety and allows personnel to be allocated more effectively across operations. The Autobreaker is also compatible with Xquick, supporting automated, remotely managed tool changes so operators can switch between breaker, grapple or magnet without needing to be onsite.
Xrock Autobreaker is a dedicated module of the Xrock Automation platform. The platform provides operator-assisted control, safety and efficiency features, while Autobreaker adds full autonomy on top. Together, they form an integrated, scalable approach that supports modern, efficient and safe rock-breaking operations.
Backed by decades of breaker boom engineering expertise and thousands of systems delivered globally, Normet Xrock rock-breaking solutions are built on proven reliability and continuous refinement in real-world conditions. The Autobreaker extends this legacy by combining robust hardware with advanced autonomous control, setting a new benchmark for safe, efficient and consistent rock flow.
Safer operations
Removes the need for personnel in the hazardous grizzly zone, reducing human exposure without interrupting ore movement.
Autonomous breaking
Maintains rock flow with autonomous detection, planning and execution of the full breaking sequence—no manual intervention.
Consistent performance
Real-time sensing, optimized strike planning and intelligent adaptation help ensure stable, predictable and efficient rock flow.
Ready to redefine your rock flow?
Contact us to learn how Xrock Autobreaker can be integrated into your rock-breaking operations.