Brake Repair & Service in Edmonton

Where the vehicle is safe to drive, a brake inspection starts with a road test, because a noise under braking, a noise while rolling and a noise while turning point at three different parts. Then the wheels come off. We measure pad and rotor thickness, work the slide pins and pistons by hand instead of eyeballing them, and check the calipers, hoses and hard lines for seizing, leaks and rust, along with the hardware, the fluid and the parking brake. Then we walk you through it on the hoist, and you get a written quote before any work happens, with what needs doing now separated from what can wait. We don't sell brake jobs to people who don't need them — worn-out brakes come back on their own schedule, and so do customers who were treated straight.

Brake work starts at $150 per axle. That is the starting point for a straightforward pad job on a common car or SUV, not a package price. What moves a vehicle above it is the parts it takes rather than the labour rate, and on a salted vehicle those additions are predictable: rotors that have gone past the discard spec, a caliper that will not free up, a seized bleeder, a rounded caliper bolt, a rotten hard line, or parking brake shoes found seized once the rotor is off. The biggest single swing is whether rotors go on with the pads, because on most vehicles a pair of rotors costs more than the pads that run against them. A brake inspection is its own flat charge, quoted when you book rather than billed by the hour. A front-end shakedown for a clunk, or electronic diagnosis of a brake or ABS warning light, is diagnostic time at $120 per hour instead, because those are different inspections from a brake inspection. Book both on one visit and they show up as two lines on the quote, so you can see exactly what each one covers.

Every rotor carries a minimum thickness cast or stamped into the hat, and that discard spec is a limit rather than a suggestion. A rotor above it, running true and not badly scored, can be reused, and when yours measure healthy we keep them and the money stays in your pocket. Machining a rotor — turning it on a lathe to clean the faces up — removes metal and moves it toward that limit, and modern rotors leave the factory thin enough that there is often nothing to give. It also does nothing about the two things that actually finish rotors here: cooling vanes corroding from the inside, and a rust-jacked outer edge that lifts the rotor out of true. We measure yours and tell you whether they can be reused. In Edmonton the rust usually decides for you after a few winters.

A floating caliper has to slide on its pins to clamp both pads evenly, and in this city it stops sliding. Salt-laden water works its way under the pin boots and behind the piston seals, and the corrosion it leaves binds the moving parts solid, so one pad ends up carrying the whole corner. Rust-jacking is the other half of it. Iron oxide takes up more room than the steel it grew from, so corrosion spreading under a pad's friction material cracks it off the backing plate, and corrosion on the hub face lifts the rotor out of true. That runout is the real cause of most pedal pulsation blamed on warped rotors. A brake job done properly cleans the hub face back to bare metal before the new rotor goes on, replaces the abutment clips where the old ones are rusted, and frees and relubricates the slide pins — skip that and the new pads wear the way the old ones did.

Brake fluid is hygroscopic: it pulls moisture out of the air through the reservoir and the rubber hoses over years, and water lowers the boiling point. That is why fluid carries a dry rating and a wet one, and DOT 4 has to meet roughly 230 C dry and 155 C wet to carry the rating at all. Boiled fluid is a pedal that sinks toward the floor on a long descent, or when a dragging caliper cooks one corner. The steel hard lines rot the other way, from the outside in under salt spray, worst where moisture sits trapped and never dries: along the frame rail, over the rear axle and under the body clips. A hard line can pass a glance and split under a hard stop eight weeks later. Rubber flex hoses fail differently again, collapsing internally and holding one caliper applied so that corner drags.

Truck brakes are not car brakes scaled up in price alone. Bigger rotors, more pad material, heavier hardware and sometimes multi-piston calipers mean the labour is similar and the parts are not, which is why a half-ton costs more per axle than a Civic. Heat is the second half of it, because brakes turn motion into heat, and a loaded three-quarter-ton or a trailer behind a half-ton puts far more of it through the same corner. That is what cooks fluid and heat-checks rotors. Many trucks and SUVs also run a drum-in-hat parking brake, where the shoes live inside the rotor hat. They can only be inspected with the rotor off, and salt seizes them, which is why a parking brake that won't release after a cold night so often turns up on a truck. Older and lighter vehicles still run rear drums, with wheel cylinders and self-adjusters that seize the same way.

You can check your own pad life through the wheel spokes. Look at the outer pad and judge the friction material against the steel backing plate it is bonded to. New pads generally start around 10 to 12 mm of material, and replacement is usually the call somewhere around 3 mm, though we go by what your pads actually measure rather than a number off a chart. Run a fingertip down the outer rotor edge as well, because a pronounced lip means the face has worn away beneath it. Both checks have an honest limit: a sticking slide pin wears the inner pad first, and you cannot see that pad through the spokes, so what you can see tells you to book, never that you are fine. A squeal by itself is no reason to replace rotors that measure fine, and our guide at /problems/grinding-brakes sorts out what each brake noise means.

Our sister company, Eskimo Auto & Truck Parts, is one of Edmonton's largest parts operations, and on brakes that matters most on older vehicles. Wear items are new here: pads, rotors, hoses, hardware and fluid. What gets hard to find is the rest of the corner on a vehicle the manufacturer has stopped supporting — a caliper bracket, a backing plate, a drum-in-hat parking brake assembly, or an ABS sensor that only ever came as part of a hub. Those parts are either discontinued or priced like a down payment, and on a fifteen-year-old truck they decide whether the vehicle is worth keeping on the road at all. A recycled genuine OEM piece often turns that decision around. Call (780) 482-2424 and we'll tell you which route your vehicle is looking at.