Front brake pad and rotor replacement can address worn friction material, grinding and braking vibration on a 2007–2011 Toyota Camry with 296 mm front discs. This guide covers gasoline models: the 2007–2009 2.4L four-cylinder, 2010–2011 2.5L four-cylinder and 2007–2011 3.5L V6. No dedicated OBD-II code proves that pads or rotors are worn. Pulling, squealing or pedal pulsation can also come from a sticking caliper, uneven deposits, a hub problem or tires, so inspect before ordering.
Application overview
The procedure replaces both front rotors and all four front pads while keeping the hydraulic hoses connected. It covers the conventional brake system on North American gasoline Camry models. Camry Hybrid and Lexus ES300h require their own brake-system precautions and are outside this procedure. A shared parts listing does not make their service steps interchangeable.
Confirm the VIN, production details, 296 mm disc diameter, rotor thickness/offset, pad shape and installed calipers. Check for previous brake conversions. Match the replacement components side by side before installation; a matching model name alone is insufficient.
Intermediate
Safe lifting, inspection and accurate torque control required.
2–4 hours
Both front corners; allow longer for rust or hardware problems.
$130–$230
Front pad/rotor set and routine supplies; tools and extra repairs excluded.
Featured front brake kit
A-Premium 11.65-inch (296 mm) front vented brake rotors and ceramic pads
Manufacturer part number: APBRPR447 · ASIN: B0B5KZXZJM · Six principal pieces: two front rotors and four pads.
The exact listing describes five-hole rotors, a 25 mm discard thickness, installation hardware and a high-temperature grease packet. It also lists “Pad Wear Indicator Included: No.” Inventory the box: obtain the correct indicators and any required new shims or anti-squeal springs separately if absent. Calipers, hoses and rear brakes are not included. Do not assume the supplied grease is suitable for rubber slide-pin components.
View the 296 mm front pad and rotor kit
Compatibility: catalog coverage and this repair guide
| Vehicle / years | Engine or configuration | How to use this information |
|---|---|---|
| Toyota Camry, 2007–2009 | 2.4L gasoline four-cylinder or 3.5L V6; front-wheel drive | Within this procedure with the original 296 mm front brakes; confirm build and hardware. |
| Toyota Camry, 2010–2011 | 2.5L gasoline four-cylinder or 3.5L V6; front-wheel drive | Within this procedure with the original 296 mm front brakes. |
| Toyota Camry, 2007–2017 | Manufacturer’s broader model-year listing | Later years and hybrid service are outside these instructions; check exact engine, build and brake package. |
| Toyota Avalon, 2008–2018 | Manufacturer lists model/year; engine/build lookup required | Catalog application only; use Avalon-specific service information. |
| Lexus ES350, 2007–2018 | Manufacturer lists model/year; configuration lookup required | Catalog application only; use the appropriate Lexus procedure. |
| Lexus ES300h, 2013–2018 | Hybrid; manufacturer-listed application | Do not use this conventional-system procedure. |
The broader rows describe the manufacturer’s APBRPR447 catalog; they are not blanket approval for every trim or modification.
Diagnose the problem first
- Squeal: inspect lining thickness, wear indicators, shims and pad movement. Noise alone does not prove the rotor needs replacement.
- Grinding: check both inner and outer pads immediately. Metal contact or cracked friction material requires repair before driving.
- Pulsation: measure the discs and installed runout; inspect the hub face and bearing. New rotors cannot correct dirt trapped behind them or a loose bearing.
- Pulling or uneven wear: check slide-pin freedom, piston condition, hoses, tire pressures and contamination. Repair the cause before fitting new friction parts.
- ABS or brake warning: investigate the indicated system. The original brake system uses mechanical wear indicators; an ABS code does not establish that a rotor is worn.
Measure the thinnest lining without including its steel backing. Toyota specifies a 1 mm minimum; arrange replacement before reaching that limit. Inspect both faces of each disc for scoring, cracks and heat damage. A pad screening gauge is useful for planning, while a micrometer and properly mounted indicator provide the rotor measurements. Have a shop perform measurements you cannot make reliably.
Tools and supplies
The original fasteners commonly use 14 mm caliper-bolt heads, 17 mm bracket bolts/counterhold flats and 21 mm wheel nuts. Confirm each actual fastener before applying force, especially with replacement calipers or aftermarket wheels. Buy only what you need; existing suitable tools can be used.
| Tool or Supply | Exact Product | Product Link | Purpose and Selection Check |
|---|---|---|---|
| Floor jack | ARCAN A20003, 3-ton low-profile steel jack | View floor jack | Check lifting-point reach, saddle contact and working height. |
| Support stands | BIG RED T43002A double-locking 3-ton pair | View jack stands | Rating applies to the pair; use approved support points and both locks. |
| Wheel chocks | Fasmov solid-rubber wheel chocks, 2-pack | View wheel chocks | Block the rear wheels against movement in both directions. |
| Sockets and ratchet | TEKTON SKT15201, 3/8-inch drive, 42-piece 6–24 mm set | View socket set | Includes 14 and 17 mm sizes for the original caliper hardware. |
| Counterhold wrench | TEKTON WCB94201, 14-piece 6–19 mm wrench set | View wrench set | Use the 17 mm open end where it fits the guide-pin flats; confirm clearance. |
| Larger-drive sockets | TEKTON SHD92211, 1/2-inch drive, 30-piece 10–24 mm set | View 1/2-inch sockets | Includes 17 and 21 mm sockets for bracket and original wheel hardware. |
| Breaker bar | TEKTON SBH00224, 1/2-inch drive × 24 inches | View breaker bar | Loosen tight fasteners without abusing a torque wrench. |
| Lower-range torque wrench | TEKTON TRQ51402, 3/8-inch drive, 10–100 ft-lb | View 3/8-inch torque wrench | Covers the 25 ft-lb guide bolts; use matching sockets. |
| Higher-range torque wrench | TEKTON TRQ52403, 1/2-inch drive, 40–300 ft-lb | View 1/2-inch torque wrench | Covers the 76 ft-lb wheel nuts and 79 ft-lb bracket bolts. |
| Piston compressor | Lisle 24400 disc brake pad spreader | View pad spreader | Push the front piston straight back through an old pad; never force a seized piston. |
| Caliper support | ARES 18060, four green brake-caliper hangers | View caliper hangers | Support the caliper on a secure suspension point without hose tension. |
| Brake cleaner | CRC 05088 Brakleen non-chlorinated cleaner, 14 oz | View brake cleaner | Use only as the rotor maker directs; ventilate and protect paint and rubber. |
| Cleaning brushes | Warner 572, three mini brushes: steel, brass and nylon | View brush set | Choose a non-damaging brush for the surface; avoid airborne brake dust. |
| Wiping cloths | Amazon Basics microfiber cloths, 24-pack | View cleaning cloths | Keep clean friction-surface cloths separate from greasy parts. |
| Catch container | Lisle 17972, 4.5-gallon oval drain pan | View catch pan | Catch cleaning residue; confirm chemical compatibility and dispose of waste properly. |
| Slide-pin lubricant | Toyota Rubber Grease 08887-01206, 100 g | View Toyota rubber grease | Lithium-soap/glycol grease for the pins and rubber interfaces. |
| Shim lubricant, if required | Toyota Brake Caliper Grease 08887-80609 | View disc brake grease | For specified metal/shim contact areas; follow the replacement pad instructions. Not a substitute for rubber grease. |
| Eye protection | DEWALT DPG82-11 clear anti-fog goggles | View safety goggles | Protect against debris and cleaning splashes. |
| Protective gloves | ThxToms chemical-resistant nitrile gloves, medium, one pair | View nitrile gloves | Confirm size and the cleaner’s glove requirements; replace contaminated or damaged gloves. |
| Reservoir extractor, conditional | OEMTOOLS 25443, 200 cc extraction/filling pump | View fluid extractor | Dedicate it to brake fluid; remove excess only to prevent overflow. |
| Brake fluid, conditional | Prestone AS400 DOT 3, 12 fl oz | View DOT 3 fluid | Use a newly opened bottle matching FMVSS 116 DOT 3/SAE J1703; diagnose low fluid first. |
| Rotor micrometer | Fowler 72-234-222 deep-throat rotor micrometer | View rotor micrometer | Its 0.300–1.300-inch range covers these discs; measure several places. |
| Runout indicator | Fowler 52-520-199-0 indicator and magnetic base, 0.001-inch graduations | View dial indicator set | Use a rigid mount; readings near the limit need finer equipment or shop confirmation. |
| Pad screening gauge, optional | Lisle 81850 brake lining thickness gauge set | View pad gauge | Its lowest blade is 2 mm; it cannot resolve the factory 1 mm discard limit. |
| Rotor holding fixture | Toyota SST 09330-00021 companion flange holding tool | View Toyota service tool | For tightening the five hub nuts during runout measurement. Confirm the correct engagement and required nut/spacer arrangement. |
| Application-specific hardware | Correct wear indicators, new shims/springs where specified; boots or fasteners if damaged | Select by VIN, build and pad design | Compare the kit’s actual contents before lifting. The catalog does not establish every clip or spring supplied. |
DIY cost versus a repair shop
These are planning estimates in U.S. dollars, not live prices or local quotations. Allow roughly $130–$230 for the front kit and ordinary supplies, plus any missing hardware. A shop front pad-and-rotor job may run approximately $350–$650, depending on labor rates and parts. Compare quotes for both front wheels, including inspection and taxes. Calipers, hose repairs, fluid service and hub work raise either total. Buying all lifting and measuring equipment can erase the savings on a single job.
Specifications for the covered Camry brakes
| Location / measurement | Specification | Important distinction |
|---|---|---|
| Caliper guide-pin bolts | 34 N·m (25 ft-lb) | Counterhold the pin flats; do not twist the boot. |
| Caliper bracket-to-knuckle bolts | 107 N·m (79 ft-lb) | Use the bracket specification, not the smaller guide-bolt value. |
| Wheel nuts | 103 N·m (76 ft-lb) | Clean, dry threads; tighten in a crossing pattern. |
| Front rotor thickness | 28 mm nominal; 25 mm minimum | Measure the working surface, avoiding the outer rust lip. |
| Installed rotor runout | 0.05 mm (0.002 in) maximum | Measure 10 mm in from the outside edge with the rotor properly clamped. |
These values apply to the conventional Camry application above. Use the exact service information for substituted hardware. Lubricating fastener threads or adding unspecified anti-seize changes clamping force; do not do so casually.
Step-by-step front pad and rotor replacement
1. Prepare the car and inventory the hardware
Read the kit instructions and identify the original arrangement of wear tabs, support clips, shims and springs. Confirm every required replacement piece is available. Check reservoir level before moving the pistons; low fluid calls for diagnosis, not automatic topping up. Loosen wheel nuts slightly with the tires still supporting the vehicle.
2. Lift at the specified locations
Use the front jacking location in the model-year owner’s manual and the factory support locations for stands. Toyota’s Camry floor-jack illustration helps identify the lifting point; it is not permission to use any nearby sheet metal. Protect approved pinch-weld support areas with correctly fitting saddles. Lower the car securely onto the stands and verify stability before removing either wheel.
3. Support the caliper and record pad orientation
Work on one corner at a time so the other remains a reference. Counterhold the pin flats as necessary and remove the two guide bolts. Lift the caliper clear and hang it securely without twisting the hose. Photograph the pads and hardware before removing them. Inspect the hose, dust boot and piston area for damage or fluid leakage.
4. Remove the bracket and disc
Remove the two bracket-to-knuckle bolts and the bracket, then slide off the rotor. If corrosion locks it in place, use an application-correct removal method or get help; do not pry against the hose, sensor or backing plate. Clean rust and debris from the hub mating face without removing sound metal. Check bearing play and damaged studs before proceeding.
5. Service the bracket and slide pins
Remove and inspect the pins individually, keeping their original upper/lower positions and any rubber bushing arrangement. Replace pitted pins, torn boots or damaged supports with the correct parts. Wipe away old lubricant, apply a light layer of Toyota rubber grease to the specified sliding/sealing areas and seat the boots. Each pin must move freely. Clean the clip seats and install the correct support plates in their proper orientation.
6. Fit the rotor and check installed runout
Prepare the new disc as its instructions require: remove shipping oil when specified, while preserving intentional coatings. Seat it against the clean hub. For the factory runout check, use the specified holder and five hub nuts tightened to 103 N·m; use suitable spacers if necessary so the nuts clamp the disc rather than bottom out. Never clamp with mismatched seats.
Mount the indicator rigidly on the strut, keeping its magnet away from the hub and wheel-speed sensor. Read total movement through a full rotation, 10 mm inside the outer edge. The limit is 0.05 mm. If excessive, clean/reseat and index the disc to another stud position. Persistent error needs hub/bearing diagnosis or professional correction. Remove temporary clamping hardware afterward.
7. Retract the piston carefully
With the hose connected, use the old pad and spreader to press the piston straight back slowly. Watch the reservoir as fluid returns. Remove only excess fluid with a clean, brake-fluid-dedicated extractor if needed; never empty the reservoir or reuse extracted fluid. Stop if the piston binds or the boot folds or tears. Opening a bleeder or hose changes this into hydraulic service requiring the appropriate bleeding procedure.
8. Install pads, hardware and caliper
Reinstall the bracket and tighten its bolts to 107 N·m. Install the correct new shims and springs where specified, and fit the required wear indicators in the proper positions and directions. For the conventional arrangement demonstrated by TRQ, squealer tabs sit at the lower pad ends facing the rotor; confirm the exact pad/build layout before copying it. Follow the pad maker’s shim and lubricant instructions; never stack old shims over integral replacement shims.
Keep grease off the friction material and disc. Check that pads slide in the support clips without binding. Seat anti-squeal springs fully in their intended holes where fitted. Lower the caliper over the pads without pinching the boot, start both guide bolts by hand and tighten to 34 N·m while counterholding the pins. Remove the hanger and check hose routing.
9. Complete both sides and restore pedal pressure
Repeat on the other front corner. Check for remaining temporary nuts, fixtures and tools. Install the wheels, snug the nuts evenly, then lower until the tires hold the wheels. Torque the wheel nuts in a crossing pattern to 103 N·m. Before moving the car, press and release the brake pedal repeatedly until it becomes firm. Check reservoir level, fit its cap and inspect for leaks.
10. Check braking and follow the bedding instructions
Start the engine and confirm normal pedal assistance with a pedal that remains firm under steady pressure. Verify the warning lamps behave normally. Only after stationary checks pass, test braking at walking speed in a clear area. Stop for pulling, grinding, a sinking pedal or abnormal heat. Follow the pad/rotor supplier’s bedding instructions in a safe location; there is no universal high-speed stop sequence for every ceramic compound.
Common mistakes to avoid
- Using the catalog’s hybrid fitment as permission to follow conventional brake steps.
- Assuming a six-piece kit includes every wear tab, spring and shim.
- Mixing up the 25 ft-lb guide-bolt and 79 ft-lb bracket specifications.
- Using ordinary petroleum grease on rubber pin components or an unidentified kit packet everywhere.
- Ignoring hub cleanliness, dragging pins or uneven pad wear.
- Driving before restoring a firm pedal and checking both front corners.
Frequently asked questions
Is this kit for the front and rear?
No. It contains the two front discs and four front pads. Rear service needs separately matched parts and instructions.
Does a 296 mm rotor guarantee fitment?
No. Hat offset, thickness, mounting geometry, pad shape and brake configuration must also match. Confirm the exact vehicle and compare the removed components.
Can I reuse the old wear indicators?
Only if the applicable instructions permit reuse and the correct indicators are undamaged and secure. Replace damaged or missing pieces. The featured listing explicitly says indicators are not included.
Do these front pistons need a wind-back tool?
The conventional front piston retracts straight inward. Do not force it to turn or treat it like a rear parking-brake caliper.
Is bleeding always required?
A normal pad/rotor replacement can keep the system closed. If a line or bleeder is opened, air enters, or the pedal remains soft, complete the correct hydraulic diagnosis and bleeding procedure before driving.
Service references and related guides
Use the model-specific manual alongside this guide. Technical references include Toyota’s 2007 front-caliper procedure, front-brake overhaul information, 2010 front-brake reassembly and 2011 inspection specifications.
Also see Toyota brake inspection and lubricant guidance, O’Reilly’s Camry brake demonstration and TRQ’s 2007–2011 Camry demonstration. Demonstrations use their own replacement parts; follow this kit’s coating and pad instructions.
Related HowToMechanic reading: 2007–2009 Camry 2.4L valve-cover replacement and Corolla, Matrix and Vibe front CV axle replacement—separate repairs with their own fitment and specifications.