Three-point suspension link and production method for a three-point suspension link

A method for producing a three-point suspension link having two load-introducing elements;

• a central load-introducing element, two core profiles and a supporting winding, two arms and a central bearing area;
• said central load-introducing element arranged at said central bearing area;
• said two core profiles formed from a shear-stiff material, said three-point suspension link being arranged so that the two arms and the central bearing area are symmetrical to a central plane having therein a central axis of the three-point suspension link, wherein the central load-introducing element has a central bearing receptacle having a bearing axis, the bearing axis of the central bearing receptacle being perpendicular to the central axis of the three-point suspension link;
• said supporting winding formed from a fiber reinforced plastic composite material;
• said three-point suspension link further comprising two arms, each of said two arms connected to said central bearing area and having one of said two load-introducing elements arranged at an end of a respective one of said two arms opposite said central bearing area;
• each of said arms further having one of said two core profiles spatially arranged between the load-introducing elements and said central load-introducing element;
• said supporting winding surrounding said core profiles and said central load-introducing element in a subarea and being operatively connected to said core profiles, said load-introducing elements and said central load-introducing element, wherein each load-introducing element has a receptacle which receives a load-introducing element-side end of said supporting winding, and wherein said receptacle of each said load-introducing element is formed to be arcuate, and each load-introducing element-side end of said supporting winding is formed as a loop that completely loops around and surrounds the core profiles, wherein said loop contacts, but does not surround, the receptacle of each load-introducing element;
• said method comprising:
• inserting said central load-introducing element and said core profiles into a mold;
• setting down said supporting winding at said central load-introducing element and said core profiles;
• operatively connecting said supporting winding with said core profiles by an adhesive connection;
• curing said supporting winding;
• operatively connecting said supporting winding with said central load-introducing elements by a bonding connection and/or positive engagement connection;
• and
• removing said three-point suspension link from the mold.