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Adaptive steering ratio technology adjusts the steering response based on travel speed, reducing operator fatigue and improving safety in confined spaces
A dedicated third pump for pilot and swing circuits reduces engine load during combined operations, significantly improving fuel efficiency
The integration of slope sensors and automatic leveling cylinders eliminates manual grade stakes, ensuring millimeter-level flatness for highway asphalt paving
Dual-motor drive system and high-voltage architecture achieve travel speeds comparable to internal combustion forklifts, bridging the efficiency gap
Cross-border remote diagnosis and geofencing security provide asset protection and reduce service response times for international clients
Real-time compaction value measurement and automatic vibration adjustment eliminate over-compaction and improve construction quality transparency
A compact chassis design and dual-drive motor architecture allow for tighter turning radiuses, maximizing storage density in confined warehouses
Automated steering intervention keeps the milling drum centered in the repair trench, preventing damage to manhole frames and curbs
Integration of drone-based 3D mapping with excavator machine control allows for real-time cut-and-fill calculations without manual grade staking
Multi-path energy recovery captures kinetic energy from braking, lowering, and steering, reducing battery charging cycles by 40%
Fully electronic control of crowd winch and rotary drive allows for “Soft-Start” drilling in unstable soil conditions
Integrated bucket weight estimation and tip-over prevention logic allow for maximum hopper filling without risking machine stability in mining applications
