360 Garage
Brakes are one of the most safety-critical systems on any vehicle, and we assess them properly with measurement and inspection rather than assumption. We carry out brake repairs and servicing on all makes and models at our Loverock Road workshop.
A vehicle's braking system is made up of several components working together. These include pads and discs at each wheel, and calipers that clamp the pads against the discs. They also include brake fluid that transmits hydraulic pressure from the pedal to each caliper, and flexible hoses that allow this pressure to reach the wheels as they move with the suspension. On top of this, most modern vehicles use an anti-lock braking system (ABS) and increasingly an electronic parking brake in place of a traditional handbrake lever.
Pads and discs wear gradually with use, and their remaining life is genuinely measured rather than estimated by eye alone. Pad thickness and disc condition are checked against manufacturer minimums, and we explain what we find rather than simply stating 'these need replacing' without evidence. Discs can also develop scoring, cracking or uneven wear which affects performance even if there is technically pad material remaining, so both components are assessed together rather than in isolation.
Calipers apply and release pressure to the pads, and can develop faults such as a seized slider or piston. This causes uneven pad wear, pulling to one side under braking, or reduced overall performance even with adequate pad material. Brake fluid absorbs moisture from the atmosphere over time even in a sealed system, which lowers its boiling point. Under sustained heavy braking this can lead to a spongy pedal or reduced performance from vapour forming in the fluid, which is why fluid is replaced at appropriate intervals rather than left indefinitely. Flexible brake hoses can perish, crack or bulge internally with age, restricting fluid flow or presenting a failure risk, and are inspected as part of a proper brake assessment.
ABS prevents wheels locking under heavy braking, helping maintain steering control. Faults in this system are usually flagged by a warning light and diagnosed using live data from the relevant wheel speed sensors and control module, rather than assumption. Brake fade is a temporary reduction in braking performance, most often caused by the pads and discs overheating under sustained hard use such as descending a long hill. It is different from a permanent mechanical fault, though repeated fade can accelerate wear.
How it works
Describe the symptom
We ask about noise, vibration, pedal feel or warning lights, since this focuses the inspection on the most likely causes before the wheels come off.
Physical inspection and measurement
Pads, discs, calipers and hoses are inspected and measured, giving an evidence-based picture of current condition rather than an estimate.
Findings explained
We explain measurements found against manufacturer minimums and what, if anything, needs attention now versus what can be monitored.
Repair carried out
Agreed work is completed using components to the correct specification for the vehicle, including any electronic parking brake reset procedure where relevant.
Bedding-in guidance
Where new pads or discs are fitted, we explain any bedding-in process needed to reach full performance.
Road test
A road test confirms braking performance and pedal feel are correct before handover.
Capability
Pad and disc condition is measured, not estimated. Pad thickness is checked against the minimum specified by the manufacturer, and discs are checked for thickness, scoring and run-out (a wobble that develops as a disc wears unevenly). A disc can cause vibration even with adequate thickness remaining if it has developed run-out or heavy scoring.
Brake fade is a temporary loss of braking performance caused by pads and discs overheating during sustained hard use, which reduces the friction available between the two surfaces. It is different from a permanent mechanical fault. It is worth noting, though, that repeated fade accelerates wear. It can also indicate the vehicle is being used in a way — heavy load, mountain driving, track use — that warrants closer or more frequent brake inspection.
Electronic parking brakes use a small motor within or near the rear caliper to apply and release clamping force electronically rather than through a cable. Replacing pads on these systems requires the caliper piston to be retracted using the correct procedure — often via a diagnostic tool that puts the system into a service mode. Forcing the piston back without this can damage the motor or gearing inside the caliper.
Brake fluid is hygroscopic, meaning it absorbs moisture from the atmosphere over time even within a sealed system. As moisture content rises, the fluid's boiling point falls, which increases the risk of vapour forming in the fluid under sustained heavy braking. This vapour compresses, unlike fluid, and results in a spongy pedal and reduced braking performance at the point it is needed most. This is why fluid condition is tested and replaced at appropriate intervals rather than left indefinitely.
Where measurement shows pads, discs or other brake components have worn below a safe limit, or a fault is found affecting braking performance, we will always recommend this is addressed promptly. We do not treat it as something to defer. We do not carry out brake work based on guesswork, and any recommendation is backed by measurement or diagnostic evidence.
Why 360
Reading facility
Garage, MOT, diagnostics, mechanical repairs, performance and alloy-wheel refurbishment.
119 Unit 4 Loverock Road, Reading, RG30 1DZMonday – Friday: 9:00am – 6:00pm
Saturday: By appointment only
Sunday: By appointment only
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All 360 Garage servicesLoverock Road, ReadingAreas we coverContact 360
360 Garage
MOTs, servicing, diagnostics, repairs and performance upgrades.
