A self-mounting ballast weight pivots between ground and vehicle positions using a hydraulic lift mechanism.
Segmented anomaly determination enables early deceleration while maintaining speed at low thresholds to prevent premature stops and traffic disruption.
A drive device adjusts maximum engine torque using an analysis unit that evaluates axle friction coefficients to manage power delivery.
Screw-threaded drive shafts rotate via a planetary gear system to change effective length, eliminating the need for external tools or complex procedures.
A steering handle device adjusts coupling between driver and vehicle to enable safe lateral guidance transitions.
Concentric fasteners and wedges couple a removable weight to the idler wheel, enabling variable ballast distribution without expanding the machine footprint.
Wireless weight data from a loader controls hauler systems, eliminating onboard sensors exposed to dust and dirt.
A stability display apparatus estimates driving instability using an index and shows changes beyond the upper limit via directional arrows.
Nested sliding frames adjust track distance and inclination to resolve ground adaptability versus component protection trade-offs.