It is described a multifunctional support for a cantilever spring suspension in a vehicle, especially with two axles, the multifunctional support comprising: a transversal central part (1), with two longitudinally elongated terminations (1.2, 1.3) to be co...

It is described a central spring support for a cantilever spring suspension of a vehicle, for connection of the leaf springs of the cantilever spring suspension to pivoting extensions (6) of the supporting structure of the suspension, comprising two castin...

A dual rate leaf spring suspension supports a frame member (101) over an axle (102) of a small utility vehicle. The dual rate leaf spring suspension includes a full-length leaf spring (103) and a half-length leaf spring (104) . A spacer plate (112) is the ...

This invention relates to a variable stiffness mechanical leaf spring suspension, in which between the main leaf (1) and the counter leaf (2) there are expandable pads (3) that slide lengthwise between such leaves. The purpose of the expandable pads is to ...

This invention relates to a two-stage variable-rate mechanical leaf spring suspension, in which an actuator enables a sliding collar, which is placed around the leaf and the counter leaf of the leaf spring, to move lengthwise. As it moves away from the act...

An independent suspension system for a wheeled vehicle includes a modified shock absorber (1), a leaf spring (14), and a wheel carrier (13). The shock absorber includes a cylinder (2) and a rod (4) passing through the cylinder. The shock absorber (1) is ve...

A suspension system (1) comprising at least one leaf spring (3) adapted to be operatively arranged at a wheel hub (4) of a vehicle (2). It further comprises a vehicle body structure (5). Said at least one leaf spring (3) is provided with at least two suppo...

Leaf-spring-mounted rear axle suspension (1) for vehicles, especially light-weight utility vehicles, comprises front-end supports (10, 11) with transverse flexibility and rearward supports (12, 13) with transverse rigidity. Under lateral force (S) a center...