A clutch wears out. That is what it is designed to do. The friction plate is a consumable in the same way brake pads are, and how long it lasts depends far more on traffic and driving style than on the badge on the bonnet. A car that spends its life crawling up the N1 in first gear will go through a clutch faster than one that does open road kilometres.
There are three parts in a clutch kit and they get replaced together. The friction plate carries the wear surface. The pressure plate provides the clamping force that holds it against the flywheel, and that spring pressure fades with heat over time. The release bearing takes the load every time your foot touches the pedal. Fitting a new friction plate against an old pressure plate is how a clutch job gets done twice, because the gearbox has to come out again to reach the part that was left.
That is the economics of the whole job. Removing the gearbox is most of the labour, so anything cheap and wearable inside the bellhousing gets replaced while the box is out. On cars with a concentric slave cylinder mounted around the input shaft, that includes the slave. It is a modest part on its own and a very expensive one if it fails six months later and the gearbox comes out again for it alone.
The flywheel gets inspected every time. A single-mass flywheel with light scoring or heat marking can usually be machined flat and reused. Deep scoring, cracking or heat checking means replacement. A dual-mass flywheel is a different conversation. It contains springs and a damper between two plates, it has a measurable amount of free play when new, and once that play goes beyond the manufacturer figure it gets replaced rather than machined. We measure it and show you the number.
Hydraulics matter too. A pedal that has gone soft or sinks to the floor is often a failing master or slave cylinder rather than the clutch itself, and that is a much smaller repair. This is worth diagnosing properly before anyone quotes you for a full kit.
What affects the price. Layout does most of it. Some front-wheel drive cars need the subframe dropped and the driveshafts out before the gearbox will clear, while some rear-wheel drive cars come apart in a fraction of the time. Dual-mass flywheels and four-wheel drive transfer cases push it further. We quote against your exact model and we tell you the flywheel decision before we commit to it, not afterwards.
Signs you need this looked at
- Biting point has crept up towards the top of the pedal travel
- Engine revs climb but the car does not accelerate in a high gear
- Judder pulling away from a stop
- Burning smell after a hill or heavy traffic
- Pedal has gone soft, or drops to the floor and stays there
- Crunch or refusal going into first and reverse
What moves the price
- 01
Front-wheel drive against rear-wheel drive, and whether the subframe has to come down
- 02
Single-mass against dual-mass flywheel. A dual-mass unit is a large part on its own
- 03
Whether the flywheel can be machined or has to be replaced
We quote your car against its registration rather than reading a price off a chart. You get the number before the work starts.
Common questions
How do I know if it is the clutch or the hydraulics?
A slipping clutch shows up as engine revs rising without matching acceleration, usually worst in a high gear under load. A hydraulic fault shows up as a soft pedal or trouble selecting gears while the clutch itself still grips. We test both before quoting.
Do I have to replace the dual-mass flywheel?
Only if it measures outside the manufacturer's free-play specification or shows heat damage. We check it with the gearbox out and show you the reading before you decide.
Can I keep driving with a slipping clutch?
For a short while, but slipping generates heat and heat is what damages the flywheel surface. Carrying on can turn a machinable flywheel into a replacement one.