2014 Toyota RAV-4 2.2L Diesel · NK64 NBB

The defining mechanical story of this 2014 Toyota RAV-4 is a brake and parking brake system that has produced the only failures recorded across its MOT history, with three of the four Major defects directly linked to braking components. The most recent test on 5 December 2022 was a pass with no advisories, but it sits alongside a failure recorded on the same date for a non-functioning rear nearside stop lamp, headlamp aim out of specification, and parking brake efficiency below requirements. Going back to the December 2021 test, the brake-related failures were more substantive: an excessively fluctuating front service brake, a parking brake lever with excessive movement indicating incorrect adjustment, and both front inner brake discs significantly worn. This is not a clean record for the braking system, and a prospective buyer should view the late-2021 and late-2022 brake-related Major defects as a connected cluster rather than isolated events, even though the intervening December 2022 pass recorded no advisories. Recorded mileage stands at 169,118 miles across roughly twelve years of service, giving an annual accumulation of approximately 14,093 miles per year, which is notably high for a vehicle of this age. The MOT entries show continuous annual testing with no multi-year lay-up gaps, and the mileage progression indicates steady use rather than periods of inactivity. Mechanically, this sustained accumulation translates into significant accumulated duty on wear items such as brake discs, pads, suspension bushes, coil springs, and drivetrain mounts, and means that components replaced within the last 20,000 to 30,000 miles may now be approaching the end of their second service life. The absence of long gaps is reassuring from a corrosion and seizure standpoint, but it does not offset the higher wear burden placed on consumable items by the elevated annual mileage. Given the flagged components, a pre-purchase inspection should focus heavily on the braking system. Both front inner brake discs were recorded as significantly worn in December 2021, and while the subsequent December 2022 pass recorded no defects, the wear pattern implies that the discs and pads may have been replaced or machined shortly before that test; on a road test, listen for any squeal or grinding under light braking, feel for vibration or pulsation through the brake pedal which would indicate disc run-out or uneven wear, and check for the vehicle pulling to one side under steady braking. Inspect the visible portion of the front discs through the wheels for a pronounced lip at the outer edge and any blueing or scoring on the friction surface, and verify that the parking brake holds the vehicle securely on a moderate incline with the lever pulled to a normal number of clicks, as the December 2021 adjustment issue and December 2022 efficiency failure both pointed to this system. The nearside rear stop lamp failure on the same December 2022 test date should also be confirmed rectified by checking all rear lighting personally, as multiple bulb or wiring faults on one side can suggest a connector or earth issue rather than a single failed bulb. Beyond the brake-specific checks, the December 2022 advisory-free pass suggests that the suspension, steering, exhaust, and tyre wear items were within tolerance at that point, but with another three years of mileage likely accumulated since, these areas warrant direct attention. On a test drive, listen for clonking or knocking from the front suspension over speed humps and uneven surfaces, which would indicate worn anti-roll bar links, drop links, or bottom arm bushes, and pay particular attention to any steering vagueness or shudder through the wheel. Check all four tyres for even shoulder wear, as the nearside and offside front tyres were flagged as worn close to the legal limit and on the edge in February 2021, an unusual symmetrical pattern that can point to incorrect camber or aggressive driving style. Finally, inspect the underside for any signs of fluid weeping from the front brake calipers, given the recorded inner disc wear, and confirm there are no visible corrosion issues on suspension arms or brake pipe unions, which are the next likely MOT failure points on a high-mileage RAV-4 of this vintage.