Cable connector for motor vehicles comprising - a first metal part , - a second metal part abutting the first metal part , - a interlocking member moving the two metal parts in a respective locking direction , - wherein each of the two metal parts has a respective front abutment surface and associated front contact surface remote from the interlocking member in the locking direction of the respective metal part and a respective rear abutment surface and associated rear contact surface remote from the interlocking member opposite to the locking direction of the respective metal part , - wherein, in a locked state of the cable connector , the front abutment surface of each of the two metal parts abuts the rear abutment surface of the respective other metal part , and the front contact surface of each of the two metal parts abuts the rear contact surface of the respective other metal part , wherein - the surface normals of the front and rear abutment surfaces of a respective one of the metal parts run at least in regions opposite to the locking direction of the respective other metal part , and - for each of the two metal parts , the surface normals of the front abutment surfaces run at least in regions opposite to the surface normal of at least part of the associated front contact surfaces , and - for each of the two metal parts , the surface normals of the rear abutting surfaces run at least in regions opposite to the surface normal of at least a part of the associated rear contact surfaces , characterized in that - the interlocking member moves the two metal parts apart from each other in their respective locking direction - the interlocking member comprises a first locking surface on the first metal part and a second locking surface on the second metal part , which are opposite to each other, and which are spaced apart by a gap, and - further comprising a locking member , which is inserted between the two locking surfaces and moves them apart. - a first metal part , - a second metal part abutting the first metal part , - a interlocking member moving the two metal parts in a respective locking direction , - wherein each of the two metal parts has a respective front abutment surface and associated front contact surface remote from the interlocking member in the locking direction of the respective metal part and a respective rear abutment surface and associated rear contact surface remote from the interlocking member opposite to the locking direction of the respective metal part , - wherein, in a locked state of the cable connector , the front abutment surface of each of the two metal parts abuts the rear abutment surface of the respective other metal part , and the front contact surface of each of the two metal parts abuts the rear contact surface of the respective other metal part , wherein - the surface normals of the front and rear abutment surfaces of a respective one of the metal parts run at least in regions opposite to the locking direction of the respective other metal part , and - for each of the two metal parts , the surface normals of the front abutment surfaces run at least in regions opposite to the surface normal of at least part of the associated front contact surfaces , and - for each of the two metal parts , the surface normals of the rear abutting surfaces run at least in regions opposite to the surface normal of at least a part of the associated rear contact surfaces , characterized in that - the interlocking member moves the two metal parts apart from each other in their respective locking direction - the interlocking member comprises a first locking surface on the first metal part and a second locking surface on the second metal part , which are opposite to each other, and which are spaced apart by a gap, and - further comprising a locking member , which is inserted between the two locking surfaces and moves them apart. <EOS>