2011 Toyota Yaris 1.3L Petrol · LP11 OMM

A 2011 Toyota Yaris with this MOT profile presents a broadly favourable roadworthiness picture, although it is not entirely without mechanical pointers. Across eight recorded tests spanning 2020 to 2026, the vehicle has passed on every occasion except for a single stop lamp failure recorded on 21 August 2025, which was rectified the same day and resulted in a clean pass with no advisories beyond a pre-existing oil leak note. That immediate pass-and-repair sequence is a common pattern for straightforward electrical defects rather than anything suggesting systemic deterioration, and the most recent test on 7 August 2026 returned a pass with no defects recorded at all. The recurring advisory worth noting is the oil leak from the oil filter housing cap noted in both 2025 entries; it was deemed not excessive on both occasions, but it has now appeared in consecutive test records and warrants direct physical inspection rather than dismissal. Aside from that, the advisory history is light, comprising only a nearside front tyre nearing its legal limit in 2023 and an air freshner obstructing the driver's view in 2024, neither of which speaks to underlying mechanical wear. Against an age of approximately fifteen years, the recorded mileage of 31,861 miles equates to an annual accumulation of around 2,124 miles, which is notably low for the vehicle's calendar age. There are no gaps in the MOT testing history that would suggest long periods off the road, with tests recorded annually in August from 2020 through 2026, indicating the vehicle has remained in regular, if limited, use throughout the recent record. From a mechanical standpoint, low annual mileage of this nature generally means reduced wear on high-cycle consumables such as brake discs, pads, and clutch friction material, and the brake and clutch components have not featured in any advisory across the recorded tests, which is consistent with light use. However, low-mileage vehicles can present their own concerns around standing-start degradation of rubber components, seals, and lubricants, and the recorded oil leak from the filter housing cap is a tangible example of how age-related sealing deterioration can manifest even on lightly used vehicles. For a prospective buyer, the primary physical inspection points should centre on the oil leak advisory. On a cold start, listen for any ticking or tapping from the engine bay that might suggest oil pressure loss affecting valvetrain lubrication, and check the underside of the engine and the filter housing area for fresh seepage or wet residue. The oil filter housing cap itself is a known serviceable item on Toyota engines of this era, and a deteriorated cap seal or O-ring is a relatively inexpensive repair, but it is worth confirming the leak has not progressed beyond the cap onto the block or timing cover. On the test drive, monitor the oil pressure warning light during start-up and observe the exhaust for any blue-tinged smoke on overrun, which would indicate oil being burnt internally rather than merely seeping externally. Secondary checks should address the items that have historically appeared in the advisories. Inspect the nearside front tyre for uneven shoulder wear, as the 2023 advisory noted worn close to the legal limit and worn on edge, which can point to tracking misalignment or worn suspension linkages; on the test drive, pay attention to any steering pull to the left or vibration through the steering wheel at speed. Verify all stop lamps function correctly, including the centre-mounted third brake light, given the 2025 failure. Listen for any clonks or knocks from the front suspension over speed humps and uneven surfaces, particularly from the anti-roll bar bushes and lower arms, as low-mileage cars stored for periods can develop dried-out bushings that only become noisy once the vehicle is driven enthusiastically. Finally, check the rear of the engine and bellhousing area for oil misting or residue, as oil can track rearward from a leaking filter housing and contaminate the clutch, potentially leading to slip under load.