Back to all

Automotive Tips from Tuffy Walled Lake: Brake Noise

August 1, 2016

Your brake pads are the important parts that rub against the rotor (or disc) to slow and stop your car when driving in Walled Lake. They eventually wear down.

When your pads are worn too much, they won’t stop your vehicle as well. When the friction material is worn away, metal parts of the pad are exposed and you’ll hear a squeal or grinding sound.

That’s when Walled Lake drivers should replace their brake pads at Tuffy Walled Lake. Not only will new pads restore your stopping power, but replacing them on time will prevent damage to the rotor.

If your brakes are making noise, ask your Tuffy Walled Lake service advisor to inspect your brakes. Addressing problems early will restore your safety and prevent expensive brake damage.

Tuffy Walled Lake
784 N. Pontiac Trail
Walled Lake, Michigan 48390
248.624.4440

Need Service?

More articles from Tuffy Tire & Auto Service Center Walled Lake

Don't Start with That (Bad Starter Motor)

April 27, 2025

We've all heard that expression, "That's a non starter." When it comes to your vehicle, that's not music to a driver's ears. That sickening sound when you start the ignition and instead of hearing the engine crank, you hear it slowly turn over and your dash lights go dim. There can be many reaso... More

Why did my vehicle fail its emissions test?

April 20, 2025

We all want to breathe clean air and keep our planet green. One of the ways to do that is by requiring all vehicles with internal combustion engines to pass an emissions test. Thats because these vehicles can be big polluters. Everyone wants their car to pass the test so they can continue the... More

Keeping Your Cool (Water Pump Replacement)

April 13, 2025

No matter what the temperature is outside, it's important for your vehicle's engine to remain cool, calm, and collected. Well, cool, anyway. If your vehicle has a gasoline engine, it's powered by a bunch of explosions involving spark plugs, pistons, gasoline, and air. And the by-product of all ... More