Brokk 130⁺ – More Power. More Precision. More Possibilities.

A whole new robot setting a whole new standard. The BROKK 130⁺ is built from the ground up to deliver more power, enhanced durability, and unmatched precision. With an optimized hydraulic powertrain, a reinforced structure, and the intelligence of Brokk SmartPower+, it takes compact demolition to the next level.

Unleashing More Power

The Brokk 130⁺ is designed for maximum efficiency and force. Thanks to an optimized hydraulic powertrain, it delivers greater breaking power with the same energy input, setting a new benchmark in demolition. Every movement is more controlled, every action more powerful, and every task more productive. This means less energy waste, higher output, and unmatched demolition performance—all in a compact powerhouse.

• 40–60% increase in production – Greater efficiency with enhanced hydraulic output, delivering more force without increased energy consumption.
• Optimized power conversion – Less energy waste, more productivity.
• New motor, pump, and hydraulic valve – Engineered for peak performance.

A Breaker Built for Impact

Power needs precision, and the BHB 175 breaker is designed to perfectly match the Brokk 130⁺. With 20% more hitting force and 40% higher impact frequency, it maximizes breaking efficiency and productivity. Engineered specifically for the Brokk 130⁺, the BHB 175 ensures seamless integration, delivering consistent, high-performance results with every strike.

• 20% more hitting force – Increased demolition power.
• 40% higher impact frequency – Faster, more effective breaking.
• Optimized hydraulic effect – Designed for maximum performance with the Brokk 130⁺.

Brokk SmartPower+ – Intelligence Meets Performance

With BROKK SMARTPOWER+, the Brokk 130⁺ optimizes power distribution to ensure peak performance and efficiency. Every function, from hydraulic control to energy flow, is intelligently managed to maximize output while protecting key components. The system adjusts in real time, preventing overloads, reducing unnecessary wear, and increasing uptime. More precision, more responsiveness, and more control—allowing operators to work smarter, faster, and with greater confidence.

• Real-time power optimization – Ensures efficiency and prevents overloads.
• Improved energy efficiency – More work, less heat waste.
• Increased uptime – Smarter energy management extends machine life.