Brake pads wear is the third most common cause of MOT failure in the UK. Replacing them on time is one of the cheapest ways to avoid both a failure and a serious accident. Here's what to expect to pay.
Typical UK price
£90 – £350
Pads only: £90–£200 per axle · Pads + discs: £150–£350 per axle
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What you actually pay depends on what wears out together. Pads alone is the cheapest scenario; pads, discs and sometimes sensors on both axles is the most expensive.
Most common job. Front pads do most of the work and wear fastest. Small cars at the lower end, performance saloons higher.
Standard when the discs are at or near minimum thickness. Replacing pads onto worn discs causes uneven wear and squealing — avoid the false economy.
Last longer than front pads. Cars with electronic parking brakes (most post-2015 cars) cost slightly more due to the wind-back tool needed.
Comprehensive brake refresh. Often makes sense if you've bought a high-mileage used car or you're keeping a car long-term and want to reset everything at once.
Brake parts scale with vehicle weight, calliper size and how much heat the system has to dissipate. A supermini and a large SUV both have four wheels, but the SUV is shedding two-and-a-half times the kinetic energy on every stop — so the discs, pads and labour all cost more. Here's how the typical UK pricing breaks down by segment.
Ford Fiesta, VW Polo, Hyundai i10, Toyota Aygo, Vauxhall Corsa
Pads alone £80–£140 per axle, pads and discs £130–£220 per axle. The cheapest cars to brake. Pads are commodity parts, discs are small and light, and the labour is straightforward because the calliper bolts are easy to reach.
VW Golf, Ford Focus, Audi A3, Vauxhall Astra, BMW 1 Series, Toyota Corolla
Pads alone £100–£170 per axle, pads and discs £160–£280 per axle. The biggest segment of the UK car parc. Prices cluster tightly around the middle of the range because the parts catalogues are huge and competition is fierce.
Range Rover, BMW X5, Mercedes GLE, Audi Q7, Volvo XC90, Land Rover Discovery
Pads alone £140–£240 per axle, pads and discs £230–£420 per axle. Larger calipers, vented discs front and rear, and on many models electronic parking brakes that need a diagnostic tool to retract. Heavy SUVs also tend to eat their front pads in 25,000–35,000 miles rather than the 40,000+ of a family hatchback.
BMW M3, Audi RS, Mercedes-AMG, Porsche 911, Jaguar F-Type
Pads alone £200–£400 per axle, pads and discs £350–£700 and up per axle. Multi-piston callipers, lightweight floating discs and high-friction pad compounds all cost real money. Cars with carbon-ceramic discs are an entirely different bracket — a single front disc can be £2,500–£5,000.
Tesla Model 3, MG4, Nissan Leaf, VW ID.3, Kia e-Niro, Hyundai Ioniq 5
Pads alone £120–£200 per axle, pads and discs £200–£320 per axle when they are eventually needed. The twist with EVs is that the discs usually need replacing before the pads, because regen braking leaves the friction surfaces underused. Surface rust builds up, pits the metal, and the disc can no longer be skimmed clean. Budget for discs first, pads possibly later.
Electric and plug-in hybrid cars brake very differently to a petrol or diesel car. When you lift off the accelerator or press the brake pedal lightly, the motor reverses and acts as a generator, slowing the car and feeding energy back into the battery. On most modern EVs this regenerative system handles 60–80% of all deceleration, with the friction brakes only engaging for harder stops, low-speed crawls and emergencies.
The practical effect is that EV brake pads last a very long time. It is common to see EVs go 70,000–100,000 mileson the original pads, compared with 30,000–50,000 miles for an equivalent petrol or diesel. Taxi-spec EVs running one-pedal driving routinely hit higher figures still. Many fleet operators now skip the routine pad change at 40,000 miles because there is simply nothing to replace.
The flip side is disc corrosion. Brake discs are made of cast iron and they rely on being scrubbed clean by the pads every few miles. On an EV that hardly uses its friction brakes, the discs sit damp and unused, surface rust forms, and over time the rust pits the metal so badly it cannot be cleaned. Disc corrosion is now one of the more common MOT advisories on EVs older than three years. Pre-2021 Tesla Model S and Model 3cars are particularly noted for it — Tesla has since revised its service guidance to include an annual brake clean and lubricate.
If you drive an EV, it is worth checking your MOT history before assuming the brakes are fine. Any advisory mentioning corrosion, pitting or lipping on discs is the early warning. You can pull up your full MOT history in seconds with our free MOT check — it lists every advisory and failure DVSA has recorded against the car.
Grinding is the “you should have done this last week” noise. By that point pads have worn down to the metal backing plate, which scores the disc and forces a disc replacement on top of the pads.
Front brake pads are one of the more approachable DIY jobs on a modern car. A competent home mechanic with a trolley jack, axle stands, a torque wrench and a couple of hours can absolutely tackle them. The parts alone for fronts on a typical family car are £40–£90 for OEM-equivalent padsfrom a parts factor, against a garage bill of £100–£170 for the same job. Add discs and you are looking at another £50–£120 in parts.
Rears are where it gets harder. On most cars built since 2015 the rear callipers have an electronic parking brake(EPB) — there is a small motor on each calliper that drives the piston in and out. To replace the pads you have to put the calliper into service mode using a diagnostic tool, otherwise the piston will not retract and you cannot fit the new (thicker) pads. A basic OBD2 tool that can talk to the EPB is £60–£150, and some marques (notably some VAG and Volvo models) need a brand-specific tool or paid software subscription.
One thing people forget: brake pad and disc disposal is regulated. Old pads contain brake dust laced with copper and other metals and they must go to a council recycling centre, not the household bin. Most centres have a dedicated “car parts and oil” bay. Discs go to the same place for metal recycling.
Honestly, we would recommend a professional install if any of these apply:
For everyone else with a pre-2015 car and the right tools, fronts are a sensible Saturday-morning job that can save £60–£100 in labour.
Brake work is one of the easier places for a garage to cut corners because most customers never see what was done. A few specific questions before the work starts will tell you whether you are dealing with a careful workshop or a quick fitter trying to clear the ramp.
Rather than ring round five garages yourself, our booking wizard collects quotes from vetted local garages for brake work, services and diagnostic checks — typically three to five quotes in the same morning, with reviews and prices side by side. It is the fastest way to find a fair price without spending your day on the phone.
Brake noises, vibration or a warning light usually need a proper inspection before anyone can quote accurately. Our booking wizard routes you to local garages set up for brake diagnostics and repair, with quotes back the same day.
Start the booking wizardFree quotes from local garages · No obligation · Takes about 60 seconds
Brake pad replacement typically costs £90–£200 per axle in the UK (pads only). If the discs need replacing at the same time — which is common — the total per axle rises to £150–£350. Premium and performance cars use more expensive parts and labour goes up accordingly.
Front brake pads usually need replacing every 30,000–50,000 miles, while rear pads last longer — often 50,000–70,000 miles. Driving style is a huge factor: heavy urban stop-start driving wears pads faster than motorway commuting. Performance cars and EVs (with regen braking) have different wear patterns again.
Often yes. Discs typically last for two sets of pads (60,000–100,000 miles depending on driving). If your discs have a noticeable lip on the edge, are scored, are corroded, or are below minimum thickness, they should be replaced with the pads. A reputable garage will measure the discs before quoting.
Squealing or grinding noises when braking, longer stopping distances, a brake warning light, vibration through the pedal, or the car pulling to one side when braking. Many cars also have wear sensors that trigger an electronic warning when pads are close to minimum. Don't ignore any of these — brakes are not optional.
Yes, and that's normal. Front brakes do roughly 70% of stopping work, so front pads wear faster. Replacing fronts only is fine — but make sure the garage checks the rear pads too and tells you their remaining thickness so you can plan.
Yes. Brakes are the third most common reason for MOT failure in the UK. Pads worn below 1.5mm of material remaining will fail, as will any visible damage or excessive disc wear. The MOT tester also checks brake performance on a rolling road — uneven braking force across an axle will fail too.
Yes, but far less often than petrol or diesel cars. Regenerative braking does 60–80% of the slowing on most EVs, so the friction pads barely engage in normal driving. Pads commonly last 70,000–100,000 miles on EVs compared with 30,000–50,000 miles on equivalent ICE cars. The catch is that the discs can corrode from underuse — surface rust builds up and pits the metal. On EVs older than three years, disc corrosion is now a common MOT advisory and often the discs need replacing before the pads do.
OEM (Original Equipment Manufacturer) pads are made to the same specification as the pads fitted at the factory — often by the same supplier, just sold in a different box. OEM-equivalent brands like Brembo, Textar, Ferodo, Bosch and Pagid offer the same quality at lower prices. Cheap unbranded aftermarket pads can be 30–50% cheaper but tend to wear faster, dust more, squeal sooner, and may not match the original friction coefficient — which changes how the car stops in an emergency. Stick with OEM-equivalent at minimum.
Front pads only is typically a 45–90 minute job for a competent technician. Front pads and discs takes 90 minutes to two hours. All four corners including discs is around three to four hours. Add 15–30 minutes per axle if the car has an electronic parking brake, because the rear caliper pistons need winding back with a diagnostic tool rather than a manual G-clamp.
Briefly, but you shouldn't. Pads worn below the minimum thickness reduce braking performance, lengthen stopping distances, and risk metal-on-metal contact that destroys the discs and can overheat the brake fluid. If you hear grinding, the friction material is already gone — drive only as far as the nearest garage and have it on a trailer if possible. Driving on metal backing plates can also fail the MOT immediately and invalidate parts of your insurance in the event of a collision.
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