Parking Brake Pedal Pad (PartTerminologyID 1560): The Third Pedal Pad in the Series, the One on the Pedal Nobody Looks At, and the One That Completes the Pedal Pad Catalog
Written by Arthur Simitian | PartsAdvisory
The Accelerator Pedal Pad (1548) and the Brake Pedal Pad (1552) covered the two pedals the driver uses constantly. This post covers the pedal pad the driver uses once per trip: the parking brake pedal pad. It is the rubber cover on the face of the foot-operated parking brake pedal, the pedal the driver steps on to engage the parking brake and (on some vehicles) steps on again or pulls a release handle to disengage.
The Parking Brake Pedal Release Handle post (PartTerminologyID 1450) covered the release mechanism. This post covers the pad on the pedal itself. Together, the pad and the release handle are the two driver-contact components of the foot-operated parking brake system.
Foot-operated parking brakes are found primarily on trucks, SUVs, and larger sedans, particularly GM full-size platforms (Silverado, Sierra, Tahoe, Suburban, Yukon, Escalade), Ford trucks (F-150, Expedition), and various domestic and import sedans from the 1990s through 2010s. The foot-operated parking brake has been declining since the introduction of electronic parking brakes (EPB), which use a button instead of a pedal, but millions of vehicles with foot-operated parking brakes remain on the road.
This post is built for aftermarket catalog teams, marketplace sellers, and buyers who want fewer mistakes and fewer returns.
Status in New Databases
Status in New Databases
Current: PIES 7.2 + PCdb Future: PIES 8.0 + PCdb 2.0 Status: No change
What Parking Brake Pedal Pad Means in the Aftermarket
Parking Brake Pedal Pad (PartTerminologyID 1560) refers to the rubber or plastic cover on the face of the foot-operated parking brake pedal.
In catalog reality, this covers:
Rubber pedal pad (snap-on or friction fit). A rubber cover that snaps onto or slides over the parking brake pedal face. The most common product form. The pad has a textured surface to grip the driver's shoe sole when stepping on the pedal to engage the parking brake.
Rubber pedal pad with stud mount. Some parking brake pedal pads are secured to the pedal arm with a threaded stud that passes through the pedal and fastens with a nut on the back side. This is a more positive retention than a snap-on pad.
Metal pedal pad (stainless steel or aluminum). Some aftermarket and OEM parking brake pedals use a metal pad face, particularly on trucks and performance vehicles. The metal pad provides durability and a different aesthetic.
What this part does NOT cover
Parking brake pedal assembly. The complete pedal mechanism including the arm, pivot, ratchet, and cable attachment. Different PartTerminologyID.
Parking brake pedal release handle (PartTerminologyID 1450). The handle the driver pulls to release the parking brake. Different component on the same system.
Parking brake cable. The cable that runs from the pedal mechanism to the rear brakes. Different PartTerminologyID.
Brake pedal pad (PartTerminologyID 1552). The rubber cover on the service brake pedal (the main brake). Different pedal.
Accelerator pedal pad (PartTerminologyID 1548). Different pedal.
Electronic parking brake (EPB) switch. Vehicles with EPB use a button, not a pedal. No pedal pad exists.
Hand brake lever grip/boot. Vehicles with a center console hand brake use a lever, not a pedal. Different component.
Why the Parking Brake Pedal Pad Wears Differently
The parking brake pedal pad wears in a different pattern from the service brake and accelerator pads:
Less frequent use, but higher force per use. The driver steps on the parking brake once when parking and releases it once when departing. That is two operations per trip compared to hundreds of brake pedal presses per trip. However, the parking brake pedal requires more force per press because the pedal must engage a ratchet mechanism and tension the parking brake cables against the rear brakes. The driver stomps on the pedal rather than pressing it with modulated force. This concentrated force causes a different wear pattern: the pad wears most in the center where the ball of the foot strikes, often creating a divot or smooth spot in the center while the edges remain textured.
Shoe-edge damage. Because the parking brake pedal is typically positioned lower and further left than the service brake, the driver often strikes it at an angle with the edge of their shoe sole rather than with the flat of the foot. This edge contact can tear or gouge the rubber at the pad's perimeter, especially on thinner or harder rubber compounds.
Less visible, less noticed. The parking brake pedal is tucked under the dashboard to the left of the service brake pedal (on left-hand-drive vehicles). Most drivers never look at it. The pad can be completely worn smooth, cracked, or partially missing before the driver notices because they operate it by feel and position rather than by looking at it.
Environmental exposure. The parking brake pedal is near the footwell floor, where it is exposed to water, mud, snow, salt, and debris tracked in on the driver's shoes. This moisture accelerates rubber degradation, cracking, and hardening compared to pedals positioned higher in the footwell.
The Vehicle Population: Declining but Still Massive
Foot-operated parking brakes were the dominant parking brake design on trucks and SUVs from the 1980s through the 2010s. The transition to electronic parking brakes (EPB) began on passenger cars in the mid-2000s and has expanded to trucks and SUVs since the mid-2010s. However:
Millions of vehicles on the road still have foot-operated parking brakes. The average age of a vehicle in the U.S. is over 12 years. Vehicles built before the EPB transition are still in active service and their pedal pads are still wearing out.
GM full-size trucks and SUVs are the highest-volume application. The Chevrolet Silverado, GMC Sierra, Chevrolet Tahoe, Chevrolet Suburban, GMC Yukon, and Cadillac Escalade used foot-operated parking brakes through the 2018 model year (T1 platform transition to EPB began with the 2019 redesign on some models). That is decades of production with foot-operated parking brakes across the best-selling vehicle segment in America.
Ford F-150 and Expedition used foot-operated parking brakes through the early 2010s before transitioning to EPB.
Various sedans from Toyota (Camry, Avalon), Honda (Accord), and domestic brands also used foot-operated parking brakes through the 2000s and into the 2010s.
For catalog teams, this is still a high-volume replacement pad with strong demand, even though the vehicle population is aging and new vehicles no longer use the design.
Top Return Causes
1) Buyer confused parking brake pedal pad with service brake pedal pad
The buyer needs the pad for the main brake pedal (PartTerminologyID 1552) and orders the parking brake pedal pad instead, or vice versa. The two pads are different sizes and shapes because the pedals are different sizes and shapes.
Prevention: Clear naming: "PARKING BRAKE Pedal Pad (Foot-Operated Parking Brake)" in the title. Distinguish from "Service BRAKE Pedal Pad (Main Brake Pedal)."
2) Vehicle has electronic parking brake, no pedal exists
Buyer searches for a parking brake pedal pad for a vehicle that uses an electronic parking brake button. No pedal pad exists for their vehicle.
Prevention: Fitment data must limit to vehicles equipped with foot-operated parking brake. "For vehicles with foot-operated parking brake pedal. Not applicable to vehicles with electronic parking brake (EPB)."
3) Wrong vehicle application
Pad dimensions, mounting studs, or snap-on geometry do not match the vehicle's parking brake pedal arm.
Prevention: Full ACES fitment. OEM part number cross-reference.
4) Buyer ordered the parking brake pedal assembly when they only needed the pad
Same pattern as the accelerator and brake pedal pads. The buyer receives a complete pedal mechanism when they only needed the rubber cover.
Prevention: "Parking Brake Pedal PAD (Rubber Cover Only). This is NOT the complete parking brake pedal assembly."
5) Pad does not stay on the pedal
Snap-on pad does not grip the pedal arm because the arm is corroded or the pad's snap tabs are not compatible with the pedal's edge profile.
Prevention: Specify retention method. Note: "Clean any corrosion from the pedal arm before installing the new pad. Corrosion on the pedal surface prevents a secure snap-on fit."
Compatibility Checklist for Buyers
1) Confirm your vehicle has a foot-operated parking brake. If your parking brake is a button on the dashboard or console, your vehicle has an electronic parking brake and does not use a pedal pad.
2) Confirm you need the pedal pad (rubber cover), not the complete pedal assembly or the release handle.
3) Distinguish from the service brake pedal pad. The parking brake pedal pad fits the parking brake pedal (far left, near the footwell floor). The service brake pedal pad fits the main brake pedal (center, above the accelerator).
4) Confirm full vehicle details. Year, make, model, submodel.
5) Consider ordering the brake pedal pad and accelerator pedal pad at the same time for a complete pedal refresh.
Catalog Checklist for Attributes
Core taxonomy: Product form (rubber pad, metal pad, pad with stud mount). Separate from Parking Brake Pedal Assembly, Parking Brake Pedal Release Handle (1450), Parking Brake Cable, Service Brake Pedal Pad (1552), Accelerator Pedal Pad (1548), EPB Switch, and Hand Brake Lever Grip.
Fitment: Year, make, model, submodel. Foot-operated parking brake equipped only. OEM part number cross-reference.
Physical specs: Material (rubber, plastic, metal). Retention method (snap-on, stud mount, friction fit). Dimensions (width, height).
Package contents: Pad, mounting hardware (if stud-mount).
Images: Pad from front (textured face), pad from rear (showing snap tabs or mounting stud), pad installed on parking brake pedal, and installed reference showing pedal location in the footwell.
FAQ
Does my vehicle have a foot-operated parking brake?
Look to the left of the service brake pedal, near the footwell floor. If there is a wide, flat pedal you step on to engage the parking brake, your vehicle has a foot-operated parking brake and uses a pedal pad. If your parking brake is engaged by a button on the dashboard or center console, you have an electronic parking brake (EPB) and there is no pedal or pedal pad.
Is the parking brake pedal pad the same as the brake pedal pad?
No. The parking brake pedal pad fits the parking brake pedal (the wide, flat pedal near the floor on the far left). The brake pedal pad fits the service brake pedal (the main brake pedal you press to slow and stop the vehicle). They are different sizes, different shapes, and different part numbers.
My parking brake pedal pad fell off. Can I drive without it?
Yes, the vehicle is drivable, but the exposed metal pedal arm is slippery (especially with wet shoes) and may not provide adequate grip when engaging the parking brake. Replace the pad promptly. In the meantime, be deliberate when engaging the parking brake to ensure your foot does not slip off the bare pedal arm.
Final Take for Aftermarket Teams
Parking Brake Pedal Pad (PartTerminologyID 1560) completes the three-post pedal pad trilogy (accelerator 1548, service brake 1552, parking brake 1560) and connects to the Parking Brake Pedal Release Handle (1450) as the other driver-contact component of the foot-operated parking brake. The catalog challenges are distinguishing this pad from the service brake pedal pad (different pedal, different size), limiting fitment to foot-operated parking brake vehicles (excluding EPB vehicles), and the pad-versus-assembly confusion that runs through the entire pedal pad series. The vehicle population is aging but still massive, anchored by GM full-size trucks and SUVs that used foot-operated parking brakes for decades. The teams that catalog this well cross-reference all three pedal pads as a bundle opportunity and cross-reference the release handle (1450) for buyers working on the complete parking brake pedal system.