Automatic position detection lets a vehicle sensor assembly match stored setpoints, simplify installation, and avoid calibration errors.
A four-bar linkage, air bag, and shock absorbers keep a rotary broom in contact on uneven ground while limiting bounce and centering issues.
Coordinated active and passive radar modes cut cross-radar interference while preserving object detection and tracking in autonomous vehicles.
Pulsed GPR separates shallow road signals from deeper subsurface echoes, improving vehicle localization when weather weakens surface sensing.
A speed-responsive steering actuator changes left and right wheel angles to cut turning radius while maintaining straight-line stability.
Integrated annular grooves on a thin-walled heavy-duty axle self-locate brake components for accurate welding, faster assembly, and lower cost.
An externally accessible actuation pin and plunge pin let technicians quickly disengage an off-road CV joint for easier driveline removal and service.
Two clipped outer half-shells form an integrated stop in an assembly bearing, saving installation space while simplifying fastening and cost.
Axle weight sensors and TPMS data are filtered to remove errors, giving reliable vehicle weight distribution for braking and steering control.
A portal axle with offset hub axes and modular electric wheel drives lowers floor height while preserving width, traction, and low-speed efficiency.
An integrated screw-driven platform mechanism inside a hubless wheelchair wheel enables seat leveling, shock absorption, and lower vehicle weight.
Internal lubricant passages route pressurized grease through the wheel support to protect bearing feed lines from damage and prevent poor lubrication.
Valve-controlled purge and regeneration cut compressed air loss and compressor load while maintaining air dryer moisture removal.
Hot press forming carbon chips with pre-located bushings simplifies CFRP vehicle knuckle production while cutting weight and cycle time.
Rubber intermediate elastic bodies and liquid chambers limit radial stiffness growth, easing end-body loads while widening vibration attenuation.
Level sensors and a control pump automatically balance hydraulic oil to expand pendulum volume without overflow, manual adjustment, or extra drive units.
Pivoting axles, independent wheel control, and levelers let this utility pole vehicle stay stable on rugged terrain during line access and support.