2018 Toyota Yaris 1.5L Hybrid electric (clean) · BP18 AXU

A consistent pattern of MOT pass results over four recorded tests, with the most recent examination on 12 January 2026 concluding successfully, establishes a track record of roadworthiness for this Yaris. The earlier three tests, dated December 2022, November 2023, and January 2025, were returned with no advisories or defects recorded, indicating a stable compliance position across multiple annual examinations. The 2026 test introduced two advisory notes, which while not failure items, do represent the first recorded wear observations in the history and warrant scrutiny from any prospective buyer as potential early indicators of consumable decline. With four tests on file covering a span from late 2022 through early 2026, the mileage accumulation appears modest for a vehicle of this age, sitting at 45,594 miles against an eight-year lifecycle, which equates to roughly 5,700 miles annually. This is below the typical usage rate for a supermini of this vintage and suggests either predominantly light-duty urban running or periods of reduced activity. There is an observable gap between the 2022 and 2023 tests, with only eleven months separating them rather than the usual twelve, and the absence of any recorded tests prior to December 2022 means there is no documented DVSA history for the first four years of the vehicle's life. Mechanically, lower annual mileage tends to preserve braking components and reduce drivetrain wear, though it can also allow certain items to deteriorate through lack of regular use, particularly rubber seals, brake disc surface corrosion, and underbody components exposed to moisture without frequent thermal cycling. Given the advisory noting an offside front tyre worn close to the legal limit and presenting edge wear, the buyer should physically inspect both front tyres for uneven shoulder wear patterns and confirm that the offside rear tyre, flagged for damage and perishing, has been replaced. Edge wear on the front tyre is commonly associated with incorrect camber geometry or toe settings, so a test drive should include attention to steering pull to either side or a steering wheel that sits off-centre on straight roads. Additionally, listen for any irregular road noise or vibration through the steering column, which may indicate that the wear was caused by a suspension geometry issue rather than simply driving style. The remaining vehicle systems, including brakes, suspension linkages, exhaust, and emissions, have no recorded advisories across the history, which is a reasonable starting point for inspection but does not constitute confirmation of current condition. On a test drive, the buyer should pay particular attention to any knocking or clonking from the front suspension over uneven surfaces, which would suggest worn bushes or droplinks given the higher likelihood of component degradation through standing periods. Brake pedal feel should be assessed for any judder or pulsing under firm application, as low mileage combined with infrequent use can allow disc surface corrosion to develop. A thorough visual inspection of the underbody for surface rust, particularly around suspension arms and mounting points, would also be prudent, alongside verifying that the vehicle has been regularly exercised rather than left standing for extended intervals, which can accelerate certain rubber and sealing component failures independent of mileage.