Additional lines are routed through a sealed second steering shaft passage, avoiding new body openings, re-homologation, and added cost.
During 180° seat rotation, a trigger-linked steering mechanism moves the wheel upright to stop joystick impact and protect operator safety.
Occupant training levels guide who takes vehicle control, reducing unsafe automated-driving handovers in critical situations.
A rail-mounted steering console shifts between seats while sensor-based rotation limits improve safety and cockpit usability.
Sensor-linked flow limiting adapts hydraulic output to load and vehicle conditions, keeping steering or lifting speed stable and safe.
A manual changing unit controls hydraulic fluid flow so drivers can override automatic steering when obstacles or changing field conditions appear.
Redundant hydraulic paths keep the hand metering unit supplied, preventing closed-center circuit failures from blocking manual steering.
Cross-shaft and gearset coupling lets driver- and passenger-side steering columns operate one vehicle steering gear.
Autonomous vehicle control module monitors driving behavior and transfers vehicle control to a secondary driver.
Replacing mechanical miter boxes with data pathways reduces cab space and friction while ensuring redundancy.
A hydraulic parallel work system uses independent closed-center and open-center circuits to enable continuous steering control.
Cab assembly relocates steering column to passenger side via modular dash and console bracket, enabling cost-effective right-hand drive conversion.
A detachable system carrier positions electrical components next to the passenger-side steering device for unified vehicle wiring.
An adjustable pedal apparatus translates driver input into automated vehicle commands via a powered screw and pivot pin mechanism.
A pivotal motor mount secures the drive unit via a spring-loaded locking element that engages with a control cam, eliminating complex external actuators.
A road construction vehicle places aggregate stone while moving forward using a rear-mounted driver cab.
Closed-loop feedback corrects zero position drift caused by hydraulic leaks, maintaining stability without operator notice.