A rear axle suspension arm with a frangible orifice absorbs impact energy through controlled longitudinal displacement.
Moving weld joints to the rearward end of transverse trailing arms lowers bending moments and improves durability.
A vehicle stabilizer uses a polymeric body overmolded on a metal frame to reduce weight and volume.
A control unit calculates pressure set values to adjust spring circuits in a mobile crane suspension system.
A torsion bar features a solid adhesive coating protected by a removable layer to bond stabilizer limbs without liquid residue.
A semi-active stabilizer bar adjusts torsional stiffness using nested housing and coil springs to balance ride comfort with roll resistance.
Mode decoupling device manages fluid pressure across wheel rams to tune roll stiffness and heave damping without high-pressure seals.
Hot stamping torsion profiles above the AC3 point creates a martensitic structure for high stability.
A stabilizer bar stop ring uses two curved jaws joined by a thinned folding zone to grip the torsion bar securely.