Brake Pads

What This Category Covers

Brake pads are the most frequently replaced brake component and the single highest-value brake upgrade for most drivers. Swapping stock pads for a quality ceramic or semi-metallic compound produces an immediate improvement in stopping distance, pedal feel, and fade resistance without touching rotors or calipers. The catalog spans daily-driver ceramic pads, semi-metallic street and sport compounds, full-metallic track pads, and drum brake shoes for older and heavy-duty platforms.

Categories Included

Ceramic pads, semi-metallic pads, full metallic racing pads, low-dust street pads, towing and heavy-duty pads, big brake kit replacement pads, OE-replacement pad sets, brake shoe sets for rear drum brakes, and hardware kits (shims, clips, anti-rattle springs) that ship with most pad sets.

Ceramic, Semi-Metallic, and Full Metallic Compounds

Compound choice determines the balance of dust, noise, cold bite, and high-temperature fade resistance. Ceramic pads suit the vast majority of street-driven cars and trucks. Semi-metallic and full-metallic compounds trade some street comfort for stopping power under sustained heat.

Ceramic Pads

Ceramic friction material offers low dust, quiet operation, and gentle rotor wear, making it the default choice for daily-driven cars, trucks, and SUVs. Ceramic pads perform well cold and hold up to normal city and highway driving without excessive fade. Popular ceramic lines include EBC Redstuff, Akebono ProACT, PowerStop Z23 and Z17, and Brembo OE ceramic pad sets.

Semi-Metallic and Sport Compounds

Semi-metallic pads blend metallic fibers into the friction material for stronger bite and better heat tolerance than ceramic, at the cost of more dust and slightly more noise. This compound suits spirited street driving, autocross, and light track days on Hellcat, Trackhawk, Scat Pack, Camaro SS, and Mustang GT platforms. EBC Yellowstuff, Hawk HPS and HPS 5.0, and PowerStop Z26 are common semi-metallic and sport street options.

Full Metallic and Track Compounds

Full metallic and racing compounds are engineered for sustained high temperature on the track, where fade resistance matters more than cold bite or noise. These compounds often need heat to reach full effectiveness and can be noisy and dusty on the street. Endless, Hawk DTC, EBC Bluestuff and Orangestuff, and Rotora track compounds fall in this category.

OE-Replacement and Big Brake Kit Pads

OE-replacement pads restore factory braking performance using the factory-specified compound and shape, sized for the factory caliper. Big brake kit pads are shaped for aftermarket multi-piston calipers (Brembo, Rotora, Wilwood, Alcon, StopTech) that replace the factory single or dual-piston caliper on Hellcat, Trackhawk, TRX, and track-built vehicles.

Matching Pads to Calipers

Big brake kit pads are caliper-specific and do not interchange between brands or piston counts. Confirm the exact caliper model (Brembo GT, Rotora FGT, Alcon CAR97) before ordering replacement pads for a big brake kit, since pad shape and thickness vary by caliper design.

Brake Shoes and Drum Brake Applications

Rear drum brakes remain common on older trucks, base-trim work vehicles, and some economy cars. Brake shoe sets replace the friction material inside the drum and are sized to the specific drum diameter and width. Shoe sets typically include return springs, adjuster hardware, and sometimes a matched wheel cylinder kit.

Hardware Kits and Installation Parts

Most quality pad sets ship with new hardware including anti-rattle clips, shims, and abutment hardware. Reusing old hardware is a common cause of brake noise after a pad replacement. Order a hardware kit separately if the pad set does not include one, and always apply high-temperature brake grease to the pad backing plate and hardware contact points.

Break-In and Bedding Procedures

New pads and rotors need a proper bedding-in procedure to transfer an even layer of friction material onto the rotor surface. A typical bedding sequence involves 8 to 10 moderate stops from 40 to 50 mph followed by a cool-down drive, avoiding coming to a complete stop or holding the brakes while hot. Track compounds often have a specific manufacturer-recommended bedding procedure that differs from street pads.

Noise, Dust, and Longevity Tradeoffs

Every compound trades some combination of noise, dust, cold bite, high-temperature fade resistance, and rotor wear. Ceramic minimizes noise and dust for daily comfort. Semi-metallic and metallic compounds sacrifice some comfort for stopping power under repeated hard use. Choosing a compound matched to actual use (commuting versus track days) avoids premature rotor wear and excess brake dust on wheels.

Top Brake Pad Brands

• EBC Brakes. Redstuff, Yellowstuff, Bluestuff, and Orangestuff compounds spanning street to track
• Hawk Performance. HPS, HPS 5.0, and DTC racing compounds
• Akebono. ProACT and Euro ceramic street pads
• PowerStop. Z16, Z17, Z23, and Z26 evolution sport pad kits with hardware
• Brembo OE. Factory-spec ceramic and severe-duty pad sets
• StopTech. Street and Sport performance compounds
• Rotora. H6 Graphite Metallic street and track compounds for big brake kits
• DBA. XP650 and street performance pad lines
• Endless. High-end Japanese track and street compounds (EIP and HP series)
• Alcon. AV1 compound pads for Alcon big brake kit calipers
• Wilwood. Polymatrix compounds for Wilwood big brake kits
• Bosch QuietCast. OE-style ceramic replacement pads
• Centric. Posi Quiet and StopTech OE-replacement lines
• Raybestos. Element3 and Advanced Technology street pads
• ACDelco. GM OE-replacement ceramic pads
• Mopar OE. Factory replacement pads for Dodge, Jeep, RAM, and Chrysler
• Girodisc. Track-oriented big brake kit pad compounds
• Ferodo. DS2500 and Racing compounds for European and track platforms

How to Choose the Correct Brake Pads

• Confirm the exact year, make, model, and trim (Hellcat, Trackhawk, Scat Pack, TRX, and so on)
• Identify the axle position (front or rear) since pad shapes differ between axles
• Confirm the factory or aftermarket caliper (OE floating caliper versus Brembo, Rotora, Wilwood, or Alcon big brake kit)
• Match compound to actual use (daily commuting, spirited street driving, autocross, or track days)
• Consider dust and noise preferences before choosing semi-metallic or full-metallic compounds
• Order matching rotors if current rotors are worn, scored, or below minimum thickness
• Order a hardware kit (clips, shims, anti-rattle springs) if the pad set does not include one
• Use high-temperature brake grease on pad backing plates and abutment hardware during install
• Plan a proper bedding-in procedure for new pads, especially track and racing compounds
• Flush old brake fluid and confirm fresh high-temperature fluid before hard driving on new pads

Common Questions

What is the difference between ceramic and semi-metallic brake pads?

Ceramic pads use a ceramic-based friction compound that produces low dust, quiet operation, and gentle rotor wear, making them the default choice for daily street driving. Semi-metallic pads blend metallic fibers into the friction material for stronger bite and better heat tolerance, at the cost of more dust and noise, and suit spirited driving and light track use.

How often should brake pads be replaced?

Most brake pads last 25,000 to 70,000 miles depending on compound, driving style, and vehicle weight. Aggressive street driving, towing, and track use wear pads faster. Most pads include a wear indicator that produces a squealing sound when pad thickness reaches the minimum limit. Visual inspection showing less than 3mm of remaining pad material means replacement is due.

Do I need to replace rotors every time I replace pads?

No. Rotors can be reused if they are within minimum thickness, free of deep scoring, and not warped. Many shops resurface rotors when replacing pads. Rotors should be replaced if they are below minimum thickness, cracked, heavily scored, or if pulsation is felt during braking.

What are the signs that brake pads need replacement?

A squealing sound from the built-in wear indicator, a grinding noise (indicating the pad is fully worn), reduced stopping power, a soft or long-travel pedal, or visible pad material under 3mm are all signs replacement is overdue. Do not wait for grinding, since that indicates metal-to-metal contact damaging the rotor.

Do performance brake pads work well in cold weather?

Ceramic and semi-metallic street compounds work well cold and are the right choice for daily-driven vehicles in all climates. Full-metallic and racing track compounds often need heat to reach full stopping power and can feel weak on a cold first stop, so they are not recommended as a daily-driver-only pad in cold climates.

Why are my new brake pads squeaking?

New pad squeak usually comes from reused hardware, missing anti-rattle clips, glazed rotors, or skipping the bedding-in procedure. Applying high-temperature brake grease to the pad backing plate and hardware, using new hardware, and properly bedding in the pads resolves most new-pad noise within the first 100 to 200 miles.

What is the correct way to bed in new brake pads?

A typical bedding sequence is 8 to 10 moderate stops from 40 to 50 mph down to about 10 mph, with a cool-down drive between stops, avoiding a complete stop while the brakes are hot. This transfers an even layer of friction material onto the rotor surface. Track compounds often have a specific bedding procedure from the manufacturer that should be followed instead.

Can I mix brake pad brands front and rear?

Yes, front and rear axles can run different pad brands or compounds as long as each set is correctly shaped for that axle and caliper. Many enthusiasts run a stronger compound up front, where most braking force is applied, and a milder compound in the rear.

What brake pads fit a big brake kit?

Big brake kit pads are shaped specifically for the installed aftermarket caliper (Brembo, Rotora, Wilwood, Alcon, StopTech) and do not interchange between calipers or piston counts. Always order replacement pads matched to the exact caliper model installed, not the factory caliper that was replaced.

Do brake shoes wear the same way as brake pads?

Rear drum brake shoes wear more slowly than front disc pads under normal driving because the front axle handles most braking force. Shoes should still be inspected for glazing, cracking, and remaining friction material thickness at each service interval, and replaced along with return springs and adjuster hardware when worn.

Why Buy Brake Pads from Black Ops Auto Works

Black Ops Auto Works stocks 4,351 brake pad and brake shoe SKUs across ceramic, semi-metallic, and full metallic compounds with real fitment data, competitive pricing, and support from staff who build and track these vehicles themselves. Products are filterable by year, make, model, trim, and caliper type to confirm the correct pad shape and compound before ordering.

For focused shopping, browse our brake rotors, brakes, brake kits and components, suspension, wheels and tires, EBC Brakes, Hawk Performance, PowerStop, Rotora, Brembo, and Black Ops Auto Works.