Quality brake pads for Ford, Lincoln and Mercury braking systems.
Exceed Friction Materials Standards Institute (FMSI) specifications
Feature comprehensive use of shims, slots and chamfers to reduce noise
Manufactured with vehicle-platform-specific friction formulas tuned for each vehicle application to help maintain high braking performance and increase durability
Each application has been on-vehicle tested to Federal Motor Vehicle Safety Standards (FMVSS) in stopping and fade performance, lining life, noise and wheel dust
Attaching hardware included where needed – complete package helps reduce installation time
The importance of shims, slots and chamfers.
Stamped metal plates coated with sound damping materials improve noise abatement and vibration for the life of the pad
Placed on backside of backing plate to help reduce the vibrations that cause brakes to squeal
Vertical grooves cut in brake pads
Significantly reduce pad bending when heated in normal braking conditions
Reduce noise that can result from pads that have become concave
Reduce brake fade by providing passage for gases and dust to escape at high brake temperatures
Angled or beveled edges on the leading and trailing ends of the brake pads
Chamfers on leading edge of brake pads reduce digging into the rotor
Help eliminate stick/slip vibration, which causes brake noise
Super Duty® Brake Pads
The advantages of a Motorcraft® Super Duty® brake pad
Patented NRS-MAXX® backing plate
Increases bonding strength with the friction material to help ensure pads perform under high-heat and stress conditions
“Ford Blue” powder coating
Unique finish provides excellent durability, corrosion protection and long-lasting good looks
Precision pad abutment points
Reduce pad clatter/rattle and help ensure uniform pad wear
Proprietary pad formulas
Based on FMVSS, durability, noise and dust testing, and designed to deliver increased fade resistance, pad life and reduced rotor wear under severe, high-heat driving conditions
Take on tough conditions for Ford, Lincoln and Mercury vehicles.
Engineered specifically for vehicles that are frequently exposed to high-heat and high-wear conditions, such as trailer-towing and fleet delivery vehicles, taxis and shuttles
Designed to provide maximum performance under the worst braking conditions
Minimal heat-fade in severe braking conditions
On-vehicle tested to Federal Motor Vehicle Safety Standards (FMVSS) and Ford Test Standards for lining life, noise and dust
Backing plate design increases bonding strength between pad and backing plate
Slots engineered to help improve heat and water dissipation by providing a path for gases, wear debris and water to escape from between the pad and rotor surface
Chamfers engineered to reduce the possibility of excessive noise during severe braking and initial break-in period