a force distribution arrangement , which is particularly adaptable as a support frame for a windshield wiper support frame for a vehicle , and which can further be provided with an integrally formed windshield wiper blade , is provided with a force input for receiving a directional input force , a force distribution portion resiliently coupled to , and integrally formed with , the force input for transmitting and distributing the directional input force , and a plurality of force output points resiliently coupled to , and integrally formed with , the force distribution portion and the force input . the force output points produce a respective plurality of output forces to the windshield wiper blade , and are translatable with respect to one another along respective paths that are substantially parallel to the direction of the directional input force , and thereby accommodate the curvature of the surface contour of a windshield . a beam member receives at an input thereof at least a portion of the directional input force , and produces at first and second outputs thereof respective ones of first and second output forces . a resilient beam coupling portion is integrally formed at the force output point of the beam member . the resilient beam coupling portion can be formed substantially as an s - shaped member or a v - shaped member , or the resilient elements can be tiered . alternatively , the resilient beam coupling portion is formed substantially as a pair of opposingly spaced resilient portions for forming a resilient hinge , the resilient hinge being integrally formed with the beam member .