Quick answer: Brake Pad Replacement (Front) on a 2019–2025 Toyota RAV4 is rated Moderate and takes about 2-3 hours. You'll need 11 tools for this job, and parts cost about $250. This guide walks you through the full job step by step, including the mistakes to avoid.
| Part Name |
Part Number |
Price |
Buy |
| Front Brake Pads |
04465-0E060 |
$100.00 |
|
| Front Brake Rotors |
43512-06200 |
$150.00 |
|
About prices: shown prices are typical retail averages and change frequently; cheaper alternatives may be available. Confirm the current price before buying.
💡 Pro tip: Order all parts at once to save on shipping
Step-by-Step Instructions
Follow these steps carefully
1
Loosen lugs and raise the vehicle
The 2019–2025 Toyota RAV4 (5th gen, XA50) uses 305mm (12.01 in) vented front rotors. You'll need: front pads (verify OEM number by VIN — 04465-0E060 or 04465-33480 appear), 305mm rotors (if replacing, 28mm nominal, 25mm minimum), 14mm/17mm/21mm sockets. Critical torque split: caliper bracket bolts are 79 ft-lbs with STEEL knuckles, but 111 ft-lbs with ALUMINUM knuckles — check your VIN/knuckle type before torquing. Lug nuts: 76 ft-lbs (103 Nm). Caliper slide bolts: 25 ft-lbs (14mm). Rear rotors are 281mm solid (smaller — don't mix). Wear sensor is a mechanical squeal tab. Loosen lugs (76 ft-lbs on reinstall), jack up, support with stands.
🔧 Mechanic's note — Tom Becker
In my experience, the 79 vs 111 ft-lb bracket split is the thing that bites people — check whether your knuckles are steel or aluminum before you torque. Under-torque an aluminum-knuckle bracket and it can loosen; over-torque a steel one and you risk the threads.
2
Remove the wheel
Remove the front wheel (21mm socket). You'll see the 305mm vented rotor and single-piston floating caliper. Verify the rotor is 305mm (not the 281mm rear). Check whether your knuckles are steel or aluminum — this determines the bracket bolt torque (79 vs 111 ft-lbs).
3
Remove the bracket bolts and slide the rotor off
If replacing rotors, remove the bracket bolts (17mm) — torque to 79 ft-lbs (steel knuckle) or 111 ft-lbs (aluminum knuckle); use a breaker bar, they're tight. The 305mm rotor should slide off. Verify the new rotor is 305mm vented, 28mm nominal.
4
Remove old pads and hardware
Remove the old pads. Inspect the 305mm rotor: 28mm nominal, 25mm discard minimum. Check for uneven wear and clean the bracket. The slide pins must move freely. Verify your pad part number by VIN (two OEM numbers appear in sources).
5
Compress the piston
Push the single piston back with a C-clamp. Open the reservoir cap. The piston should retract smoothly — Toyota floating caliper, no rotation. If seized, replace the caliper. Clean the boot.
6
Clean and install hardware
Clean the bracket. Install new hardware/shims (04465-0E060 shim kit or equivalent). Install the new pads — ensure they slide freely and the squeal tab is positioned correctly. Verify the pads match your VIN (04465-0E060 vs 04465-33480).
7
Install new pads and caliper
Slide the caliper back over the pads. Reinstall slide-pin bolts to 25 ft-lbs. If you removed the bracket, reinstall to 79 ft-lbs (steel) or 111 ft-lbs (aluminum) — verify your knuckle type. Ensure the hose isn't twisted. Pump the pedal to seat the pads.
8
Refit wheel and pump the pedal
Reinstall the wheel and torque to 76 ft-lbs (103 Nm) in a star pattern. Lower the RAV4. Bed the pads. Test drive: the RAV4 should stop confidently. Verify no pulling. The steel-vs-aluminum knuckle torque split is critical — if you under-torqued an aluminum-knuckle bracket (79 instead of 111), it can loosen. Double-check. Replace pads every 30,000-50,000 miles depending on driving.
🔧 Mechanic's note — Ray Delgado
I've learned to double-check that bracket torque against your knuckle type before the test drive — it's the one spec on this job where the wrong number has real consequences. Steel 79, aluminum 111, no guessing.
All Done!
Test your repair before closing everything up. If something doesn't work right, double-check your steps.
⚠️ Common Mistakes to Avoid
- • Not properly securing the vehicle before starting the repair
- • Failing to compress the brake caliper piston correctly
- • Using incorrect torque settings when reassembling components