How to Replace Rear Brake Pads on a 2018-2024 Honda Accord (EPB Service Mode) (Engine: Inline 4 2.0L)
Step-by-step DIY rear brake pad change with tools, parts list, torque specs, and electric parking brake reset instructions
How to Replace Rear Brake Pads on a 2018-2024 Honda Accord (EPB Service Mode) (Engine: Inline 4 2.0L)
Step-by-step DIY rear brake pad change with tools, parts list, torque specs, and electric parking brake reset instructions for 2018, 2019, 2020, 2021, 2022, 2023, 2024
🔧 Accord - Rear Brake Pad Replacement
You’ll be replacing the rear brake pads and resetting the electric parking brake so the new pads sit correctly and stop smoothly. This is a common job, but on your hybrid the electric parking brake needs to be put into “service mode” first.
Difficulty Level: Intermediate | Estimated Time: 2–3 hours
⚠️ Safety & Precautions
- ⚠️ Always support the car with jack stands; never rely only on a jack.
- ⚠️ Wear safety glasses and gloves; brake dust and cleaner are harmful to eyes and skin.
- ⚠️ Your Accord has an electric parking brake (EPB); you must place it in service mode before pushing the pistons back or you can damage the system.
- ⚠️ Do not press the brake pedal with a caliper removed; you can push the piston out.
- ⚠️ Keep ignition OFF while working on the brakes so the EPB doesn’t move unexpectedly.
- ⚠️ Work on cool brakes only; hot rotors and calipers can burn you.
🔧 Required Tools
You'll need the following tools for this repair:
- 🛠️ Floor jack (rated 3-ton minimum)
- 🛠️ Jack stands (rated 3-ton minimum, Qty: 2–4)
- 🛠️ Wheel chocks
- 🛠️ 19mm lug wrench or 19mm socket with breaker bar
- 🛠️ 3/8" drive ratchet
- 🛠️ 1/2" drive ratchet
- 🛠️ 12mm socket
- 🛠️ 17mm socket
- 🛠️ 3/8" drive torque wrench (5–80 ft-lbs range)
- 🛠️ 1/2" drive torque wrench (50–150 ft-lbs range)
- 🛠️ Flathead screwdriver (medium)
- 🛠️ Needle-nose pliers
- 🛠️ C-clamp or disc brake piston compressor tool
- 🛠️ Wire brush (small, steel)
- 🛠️ Shop rags
- 🛠️ OBD2 scan tool with Honda EPB service mode function (specialty)
- 🛠️ Brake cleaner spray (chlorinated or non‑chlorinated)
- 🛠️ Nitrile gloves
- 🛠️ Safety glasses
🔩 Required Parts
HowToo sells all the parts you need for this repair:
- 🔩 Rear brake pad set (left and right) - Qty: 1 set (replace both sides)
- 🔩 Rear pad hardware kit (shims/clips) - Qty: 1 set
- 🔩 High-temperature silicone brake grease - Qty: 1 tube
- 🔩 Brake cleaner - Qty: 1–2 cans
- 🔩 Anti-squeal brake compound (Honda-spec or equivalent) - Qty: 1 small tube
- 🔩 Replacement caliper bracket bolts (optional) - Qty: 4 (if existing are damaged or badly rusted)
📋 Before You Begin
- Park your Accord on a level surface, shift to P, and set the parking brake. Place wheel chocks in front of the front wheels.
- Loosen, but do not remove, the rear wheel lug nuts with a 19mm lug wrench while the car is still on the ground.
- Have your OBD2 scan tool with EPB function ready; you’ll use it to put the rear brakes in service mode. Service mode tells the electric motors to fully retract.
- Keep the 12V battery connected for EPB service mode; you need system power. Do not disconnect the battery.
🔨 Step-by-Step Instructions
Follow these steps in order:
Step 1: Put the electric parking brake (EPB) into service mode
- Connect your OBD2 scan tool with EPB function to the diagnostic port under the dash (above your left knee).
- Press the START button twice without pressing the brake pedal to turn the ignition ON (dash lights on, engine off).
- Using the scan tool, navigate to Honda > Accord > EPB/Brake > Special Functions > Pad Replacement/Service Mode or similar wording.
- Follow on-screen prompts to “Open” or “Release” rear calipers for pad replacement. You should hear the EPB motors whirring at the rear wheels.
- Wait for the scan tool to confirm service mode is active, then turn ignition OFF if the instructions say so. If it says leave ignition ON, follow the tool’s directions.
- Do not skip service mode on EPB brakes.
Step 2: Raise the rear of the car and remove wheels
- Place the floor jack under the rear jacking point (center of rear subframe) and lift until both rear wheels are off the ground.
- Set jack stands under the rear pinch welds on both sides and slowly lower the car onto the stands with the floor jack.
- Remove the rear wheel lug nuts with a 19mm socket and ratchet or lug wrench and take off both rear wheels.
- Always shake the car slightly to confirm it’s stable.
Step 3: Inspect and locate caliper hardware
- Looking at one rear wheel area, locate the brake caliper (the part that squeezes the pads). Behind it is the caliper bracket, which holds the caliper in place.
- Find the two caliper guide pin bolts on the back of the caliper; these are usually 12mm bolts on your Accord.
- Behind that, you’ll see two larger caliper bracket bolts that attach to the knuckle; these are usually 17mm bolts.
Step 4: Remove the rear caliper
- Use a 12mm socket and 3/8" ratchet to remove the two caliper guide pin bolts.
- Gently pry the caliper away from the bracket with a flathead screwdriver if it feels stuck.
- Lift the caliper off the pads and support it using a wire hanger or bungee cord so it hangs from the spring or body, not from the brake hose or EPB wiring.
- Never let the caliper hang by its hose or wire.
Step 5: Remove old brake pads and hardware
- Slide the old pads out of the caliper bracket by hand. Note which side had the wear indicator tab (small metal finger); it usually goes on the inner pad.
- Remove the pad hardware clips from the caliper bracket with a flathead screwdriver if they’re stuck.
- Use a wire brush to clean rust and debris from the caliper bracket, especially where the clips sit.
- Spray the area (not rubber parts) lightly with brake cleaner and wipe with shop rags.
Step 6: Compress the rear caliper piston
- Check that EPB service mode is active (you should be able to push the piston in; if it’s rock solid, stop and recheck service mode with the scan tool).
- Place one of the old pads against the piston face, then use a C-clamp or disc brake piston compressor tool between the pad and outer caliper body.
- Slowly tighten the tool to push the piston back into the caliper until it is nearly flush with the caliper body.
- Go slowly to avoid damaging seals. If you feel strong resistance early, stop and verify EPB is retracted by the scan tool.
Step 7: Clean and lubricate guide pins and install new hardware
- Carefully pull the caliper guide pins out of the bracket by hand or with needle-nose pliers. Note their position (upper vs lower).
- Wipe old grease and dirt from pins with shop rags and a small amount of brake cleaner.
- Apply a thin coat of high-temperature silicone brake grease to each pin and slide them back into their rubber boots, making sure they move freely.
- Install the new stainless hardware clips from your hardware kit into the caliper bracket by hand. Make sure they fully seat and are not twisted.
- Freely sliding pins prevent uneven pad wear.
Step 8: Prepare and install new pads
- Apply a small, even layer of anti-squeal brake compound or brake grease to the back of each pad where it contacts the caliper and shims (do not get any on the friction surface).
- If your pad set includes shims, install them on the backs of the pads as shown in the pad instructions.
- Install the new inner and outer pads into the caliper bracket, sliding the ears of the pads into the new hardware clips.
- Make sure any wear indicator tab is in the same position as the old inner pad (usually bottom or top of inner pad).
Step 9: Reinstall caliper over new pads
- Position the caliper over the new pads and onto the bracket.
- Line up the caliper with the guide pins.
- Install the guide pin bolts by hand first, then tighten with a 12mm socket and 3/8" ratchet.
- Tighten the caliper guide pin bolts to 34 Nm (25 ft-lbs) using a 3/8" torque wrench.
Step 10: Repeat steps on the other rear wheel
- Repeat Steps 4 through 9 on the other rear wheel: remove caliper, replace pads and hardware, compress piston, lubricate pins, and torque bolts.
- Always replace rear pads as a pair.
Step 11: Reinstall wheels and lower the car
- Reinstall each rear wheel and thread the lug nuts by hand.
- Snug the lug nuts with a 19mm socket in a crisscross pattern, but don’t fully torque yet.
- Use the floor jack to raise the rear of the car slightly, remove the jack stands, then slowly lower the car to the ground.
- Torque the rear wheel lug nuts to 127 Nm (94 ft-lbs) using a 1/2" torque wrench and 19mm socket in a star pattern.
Step 12: Exit EPB service mode and initialize brakes
- Turn the ignition ON (engine off) again by pressing the START button twice without pressing the brake pedal.
- Using your OBD2 scan tool, select the function to “Close” or “End Pad Replacement / Exit Service Mode” for the EPB. Follow the prompts until the scan tool confirms completion.
- Now, with the car still safely parked and in P, press the brake pedal firmly several times until it feels solid. This seats the pads against the rotors.
- Apply and release the parking brake using the EPB switch a couple of times so the system self-adjusts.
✅ After Repair
- Start the engine and gently press the brake pedal; it should feel firm, not spongy.
- Check around both rear calipers for any leaks, loose bolts, or rubbing noises while slowly rolling the car forward and backward.
- Take a short test drive at low speed, gently braking several times. Listen for grinding or unusual sounds.
- Bed in the new pads: over the first 200–300 km, avoid hard stops; perform several gentle to moderate stops to gradually transfer pad material to the rotors.
- After the test drive, recheck lug nut torque to 127 Nm (94 ft-lbs).
💰 DIY vs Shop Cost
Shop Cost: $350–$500 (parts + labor)
DIY Cost: $80–$160 (parts only)
You Save: $270–$340 by doing it yourself!
Shop labor rates vary but typically run $100–$150/hour. This repair takes a shop approximately 1.5–2.0 hours.
🎯 Ready to get started?
HowToo makes it easy: same-day/2-day shipping on every part, plus all the tools and specialty tools you need! Check out the parts and tools sections above to add everything to your cart.
Guide for Disc Brake Caliper Pin Kit replace for these Honda vehicles
| Year Make Model | Sub Model | Engine | Body Style |
|---|---|---|---|
| 2024 Honda Accord | - | Inline 4 1.5L | - |
| 2023 Honda Accord | - | Inline 4 1.5L | - |
| 2022 Honda Accord | - | Inline 4 1.5L | - |
| 2022 Honda Accord | - | Inline 4 2.0L | - |
| 2021 Honda Accord | - | Inline 4 1.5L | - |
| 2021 Honda Accord | - | Inline 4 2.0L | - |
| 2020 Honda Accord | - | Inline 4 1.5L | - |
| 2020 Honda Accord | - | Inline 4 2.0L | - |
| 2019 Honda Accord | - | Inline 4 1.5L | - |
| 2019 Honda Accord | - | Inline 4 2.0L | - |
| 2018 Honda Accord | - | Inline 4 1.5L | - |
| 2018 Honda Accord | - | Inline 4 2.0L | - |


















