Abstract: A vehicle drum-in-hat disc brake assembly comprises: a shield adapted to be secured to an axle flange; a drum brake portion carried by the shield; an abutment tower operatively disposed with the drum brake portion; and a caliper bracket assembly formed separate from the abutment tower and adapted to be secured to the axle flange; wherein at least one first fastener is provided for securing the abutment tower to the caliper bracket assembly and a plurality of second fasteners are provided for securing the caliper bracket assembly and the shield to the axle flange.

Abstract: A vehicle drum-in-hat disc brake assembly comprises: a shield adapted to be secured to an axle flange; a drum brake portion carried by the shield; an abutment tower operatively disposed with the drum brake portion; and a caliper bracket assembly formed separate from the abutment tower and adapted to be secured to the axle flange; wherein at least one first fastener is provided for securing the abutment tower to the caliper bracket assembly and a plurality of second fasteners are provided for securing the caliper bracket assembly and the shield to the axle flange.

Abstract: A reaction beam disc brake with sliding pins is provided for vehicles, wherein the disc brake eliminates the residual torque, and sensibly reduces the manufacturing stages. The compression effort of the pads on the disc occurs at the piston central line and at the same plane of the sliding and reaction pins. The disc brake includes a piston (1), a removable inner pad (3), a beam shape outer pad (4), two sliding pins (5), a carrier (2) and four springs to move away the pads (3)(4), which are mounted on the sliding pins (5).