Toyota Tundra Brake Job: Front, Rear and Parking Brakes & TSBs

Toyota Tundra Brake Job

Overall, the 2007 Tundra’s updates mean it is now one of the easier brake jobs to complete.

In 2007, the Toyota Tundra’s body was redesigned, and its foundation brake system was updated with larger front brake calipers and rear disc brakes. The control system and hydraulics also changed with a new vehicle stability system that included yaw, steering angle and brake pedal load sensors.

Overall, the Tundra’s updates mean it is now one of the easier brake jobs to complete. Changing front brake pads does not require the application of lubricants. And, the rear brakes are a lot easier to service when compared to the previous models.

Front Brakes

The front brakes use the typical Toyota truck four-piston caliper found on the previous generation. The pads are held in with pins that have an anti-rattle clip on the lower pin and a pin holder clip. These items should not be reused when replacing the pads. These items will be included in the box of a quality pad set.

Toyota has designated the bolts that hold the caliper to the knuckle as non-reusable parts. Replacement bolts are readily available. Some remanufactured calipers include new bolts.
When removing the pads or pushing back the pistons, use the correct tool. A brake pad spreader can not only save time, but also prevent damage to the piston boots.

The OE friction formulation on the Tundra is ceramic. A replacement brake pad should be of a similar formulation.
The original pads on the Tundra come with shims. Do not lubricate the back of the pad with any lubricant. The lubricant will transfer onto the piston boots and cause them to attract debris, which can lead to an early failure.
Pulsation is an issue with some 2007-2009 Tundra models. Most of the issues are related to excessive runout or uneven deposits of friction material on the rotor. The runout specification on the Tundra is 0.05 mm or 0.002-in. The hub flange should have almost zero runout.

Tundra-Brakes-1

Rear Brakes

The 2007 Tundra is equipped with disc rear brakes with the parking brake in the hub. The caliper is a floating design with a single piston. The OE friction formulation is ceramic and the OE backing plate uses a clip-style shim.
According to Toyota, the abutment clips and guide pin boots are non-reusable parts that should be replaced if the pads are serviced. The guide pins should be lubricated with a brake-specific lubricant that is not petroleum based.

Parking Brake Adjustment

To adjust the parking brake, insert an adjustment tool into the adjustment hole on the disc.

  1. Rotate the adjustment wheel in the “X” direction until the shoes are locked.
  2. Rotate the adjustment wheel eight notches in the “Y” direction.
  3. Check that the disc can be rotated smoothly. If not, rotate the adjustment wheel in the “Y” direction and check again.
  4. Install the hole plug.

Tundra TSBs

Parking Brake Noise (T-SB-0013-13)
Years: 2007-2012
Condition: Rubbing or grinding noise from rear on turns.
Summary: This TSB covers an issue with the parking brake mechanism and rear axle bearings causing the rotor to make contact with the parking brake backing plate. Toyota introduced kits 04002-4310C (right) and 04002-4320C (left) to resolve the problem. The kits include new bearings, backing plate and associated parts.

Front Brake Vibration at High Speeds (T-SB-0131-12)
Years: 2007-2012
Condition: Front brake vibration when braking at higher speeds.
Summary: This TSB covers an updated dust shield that is ventilated and is designed to dampen the vibration. To install the new shield, it requires removal of the hub assembly. You are probably better off looking at disc thickness variation and runout before ordering the updated parts.

You May Also Like

Troubleshooting Porsche TPMS

Tips for diagnosing Porsche TPMS systems and performing relearns.

Porsche TPMS

The Porsche 959 was another first to use a tire pressure monitoring system (TPMS) because it was equipped with the world’s first self-supporting run-flat tires made by Bridgestone. This TPMS setup was again used on the 928 for model years 1990 to 1994.

The early system used two sensors mounted 180 degrees apart in special holes in the valley of the wheel. The sensors looked like a stack of poker chips. A diaphragm inside the sensors connected to switches that were set to a reference pressure. The receiver was mounted on the knuckle and was an inductive coil that would pass current through the sensors. Depending on the position of the diaphragm and which switches were open or closed, the amount of current flowing through the receiver’s coil would change.

Tire Mounted Sensors: The Future of Intelligent Tire Sensing

Tire-mounted sensors offer expanded capabilities for TPMS technology advancement.

Tire-Mounted-Sensor
Four Must-Knows for TPMS Service

Above all else, follow these four important steps for effective TPMS service.

TPMS-must-knows
Fine-Tuning Your Wheel Balancing Process

The first step to a smooth ride and well-balanced tire has nothing to do with the balancer.

Wheel balancing
Check These Things When a Vehicle Comes in for TPMS Service

By performing these checks, you can avoid any misunderstandings that can lead to less than premium service.

TPMS Tire Life

Other Posts

PRT Launches New Complete Strut Assemblies

The new product release represents nearly 4 million vehicles in new coverage.

PRT-new-products
DMA Introduces RideMaster Suspension and Control Arm Product Line

DMA said it launched a full RideMaster line of coils, control arms, and air components, meeting or exceeding OE quality benchmarks.

RideMaster-ride-control
ADD Group Presents Air Shocks for EV Applications at AM Shanghai 2023

The main products highlighted were the company’s new complete strut assemblies and air shocks for EV applications.

ADD
Say Goodbye to Brake Noise Comebacks

To understand where brake noise comes from, it’s essential to grasp the mechanics of brake noise.

brake noise