The invention relates to a MHE impact deceleration device (1), comprising an elongate outer profile (2) and an elongate inner profile (3), the outer profile (2) surrounding at least part of the inner profile (3), wherein the outer (2) and the inner profile...

The arrangement (1) has crash boxes (2) coupled with a cross beam (3), where the cross beam is made of a rectilinearly running extruded section. A metal sheet component (4) is coupled with the cross beam, where sides of the cross beam is laid opposite to t...

The method for producing a motor vehicle component (1) with a hot-formed and press-hardened component made of high-strength steel, comprises partially heat-treating the motor vehicle component in areas, which are initially heated at a heating temperature o...

The front assembly has fixation and support plates (20) equipped at front ends of upper girders (12) and lower girders (16) and connected together by a metal cross-piece (21) that extends opposite to the upper girders. A front bumper shield (8) comprises a...

The shield e.g. front bumper shield (8), has supporting and fixation plates (20) arranged between ends of main longerons (12) and auxiliary longerons (16), respectively, where the shield is monoblock made of plastic material and formed of posts (24). A low...

The assembly has fixation and supporting plates (20) arranged at front ends of front side sills (12, 16) of a chassis (4) of a motor vehicle (2), respectively. A wrap-around bumper (8) has a monoblock frame (22) formed of upper and lower bumpers (24, 26). ...

An impact absorbing device for a vehicle uses a shape memory material that can be heated to repair deformation from a relatively low speed, low energy impact and its stroking force and energy absorption can be tuned by heating. The shape memory material is...