1999 Toyota Tacoma Brake Booster Replacement Cost

The average cost for a 1999 Toyota Tacoma Brake Booster Replacement is between $1,360 and $1,463.

Labor costs are estimated between $220 and $322 while parts are typically priced around $1,141.
This range does not include taxes and fees, and does not factor in your unique location. Related repairs may also be needed.
For a more accurate estimate based on your location, use our Fair Price Estimator below.

Brake Booster Replacement

What is a brake booster?

The brake booster sits between the brake pedal and the master cylinder, and uses vacuum or hydraulic pressure to assist the driver when the brakes are applied. The most common type is the vacuum booster, a round drum that is mounted under the hood directly in front of the driver’s seat.

How does the brake booster work?

Brake boosters operate by multiplying the force applied to the brake pedal. When the brake pedal is pressed, it pushes a rod into the brake booster. Then, the brake booster instantaneously pushes the master cylinder with much greater force, allowing the driver to press the brakes with ease, yet creating a great deal of stopping power.

When a brake booster is defective, the effort required to stop the vehicle may increase significantly and the vehicle may idle roughly. Also, there may be a loss of vacuum, which is necessary to operate other systems such as heating, ventilation, air conditioning, and cruise control.

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Toyota Brake Booster Replacement Cost Estimates

The average cost for a Brake Booster Replacement is between $1,360 and $1,463 but can vary from car to car.

Disclaimer

Materials Included Under License from Toyota Motor Sales, U.S.A., Inc. License Agreement TMS1008. All information contained in any materials obtained about Toyota, Lexus, and Scion vehicles is based on the latest product information available at the time of publication, is provided “as is” without warranty of any kind, and is intended for service providers and other interested parties in Canada, Mexico, and the United States of America, including Guam, Puerto Rico, and the U.S. Virgin Islands. Specifications and procedures are subject to change without notice. This information is provided expressly for the purpose of use by professional automobile technicians who have special techniques and certifications. Repair or service by non-specialized or uncertified technicians using only this information, or without proper equipment or tools, may cause severe injury to the individual or other individuals and could possibly cause damage to the vehicle. Certain procedures or content elements may make reference to Toyota Warranty policy or practice – these policies or practices are only applicable to Toyota, Lexus, or Scion dealers.

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Brake Booster Replacement

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What is a brake booster?

How does the brake booster work?

The Check Engine Light may illuminate with a P0171 or P0174 code, which indicates that the fuel system is running too lean due to a vacuum leak in the brake booster.

What are the symptoms related to a bad brake booster?

When the brake booster fails, the braking pressure needed at the brake pedal increases dramatically, and, in some cases, the brakes may seem unresponsive. For vacuum boosters, failure will generally create a vacuum leak, and the vehicle may run roughly, become hard to start, misfire at engine idle, and exhibit poor fuel mileage. The check engine light may also illuminate, and OBD trouble codes for engine misfires, lean air/fuel mixture, and intake manifold pressure will be stored in the computer. If the brake system uses they hydro-boost system, there will likely be a power steering fluid leak on the ground, and the brakes will be very difficult or impossible to press.

Can I drive with a brake booster problem?

It is not safe to operate any vehicle with any braking problem. If there's any sign that the brakes are not performing as originally intended, the vehicle should immediately be placed out of service and repaired.

How often do brake boosters need to be replaced?

Normally, a vacuum booster will last from 150,000 miles to the lifetime of the vehicle. In especially dry climates, dry rot may cause deterioration of the internal diaphragm, and require replacement.

How are brake booster issues diagnosed?

Diagnosing a vacuum or hydro-boost system is typically simple. The servicing technician may only need to feel the brake pedal with the engine running, and, noting the difficulty, immediately suspect brake booster failure. The booster will then be tested manually, and confirmed faulty upon failure of those tests. For vacuum boost systems, this means sucking the air from the booster, and observing pressure drop. For hydraulic systems, the hydraulic pressure going into the booster must be measured. If the pressure is within specification, yet the brake booster does not function, the technician will understand there is an issue with the booster, and recommend replacement.

Excessive brake pedal stopping effort is not always caused by a defective brake booster. It can also be caused by engine vacuum leaks, glazed brake rotors and drums, very hard brake pads and shoes, or sticking, rusty disc brake calipers and drum brake components.

How is a brake booster replaced?

Once a diagnosis has been reached, the brake booster must be disconnected from the vehicle by removing the master cylinder, brake booster vacuum or hydraulic lines, and finally the brake booster.