2017 Toyota Yaris 1.5L Hybrid electric (clean) · FN17 SPV

This 2017 Toyota Yaris presents an exemplary roadworthiness profile across five consecutive MOT tests from 2022 through 2026, with each annual examination resulting in a clean pass and no advisories or defects recorded whatsoever. A nine-year-old vehicle returning such an unblemished DVSA record is highly reassuring and indicates that the structural integrity, braking system, exhaust, suspension, lighting, and emissions have all remained well within prescribed limits throughout the testing cycle. The most recent test on 29 January 2026 passed without a single advisory, confirming that the car continues to meet all statutory requirements at its current state. This consistent pattern of clean passes with zero advisories is particularly noteworthy for a vehicle approaching a decade of service, as most cars of this age typically begin to flag minor corrosion on brake lines, suspension component wear, or exhaust degradation at some point. Against the benchmark of approximately 9,000 to 10,000 miles per year typical for a vehicle of this age, this Yaris has covered only 47,049 miles, equating to a gentle annual accumulation of roughly 5,228 miles. This places the car in a low-mileage bracket, which carries both positive and negative mechanical implications. On the favourable side, the braking system, clutch, transmission, and engine internals have experienced considerably less wear than the average example. However, low annual mileage often correlates with short journeys, during which the engine and exhaust system may not reach optimal operating temperature for prolonged periods. This can contribute to internal corrosion within the silencers and, over time, lead to oil moisture accumulation and degradation of rubber components. The mileage has progressed steadily year on year through the MOT record without any conspicuous gaps, suggesting the vehicle has remained in regular service rather than being laid up for extended periods. Given the entirely clean advisory history, there are no specific flagged components to prioritise, but a prospective buyer should still conduct a targeted physical inspection and test drive to confirm the car remains in the condition the MOT record suggests. During a road test, pay particular attention to the feel of the brakes: any pulling to one side, a spongy pedal, or a pulsating sensation through the steering wheel under firm braking could indicate binding calipers or warped front discs, which are common wear items on a Yaris of this age regardless of MOT outcome. Listen for any clonking or knocking from the front suspension over speed humps and uneven surfaces, as worn front wishbone bushes and anti-roll bar drop links are known weaknesses on this model. Inspect the underside thoroughly for any surface rust on brake pipes, the fuel tank straps, and suspension components, particularly given the coastal or winter-salt exposure that can initiate corrosion even when not yet severe enough to trigger an MOT advisory. It is also prudent to verify the service history independently, as MOT records alone do not confirm that routine maintenance such as cambric replacement, coolant, or brake fluid changes have been carried out at the correct intervals. Check the condition of the coolant and brake fluid reservoirs for discolouration, examine the engine oil on the dipstick for a milky appearance that might suggest head gasket concerns, and confirm that the air conditioning system blows cold, as neglected cabin filter and refrigerant servicing are common in low-mileage examples. Inspect all four tyres for even tread wear across the axle, as uneven wear patterns can reveal misalignment, worn suspension geometry, or brake caliper issues that an MOT station would not necessarily flag. The overall combination of an unbroken clean MOT history and modest mileage makes this a mechanically promising proposition, but a thorough independent pre-purchase inspection remains advisable to confirm that the lack of recorded defects reflects the true condition of the vehicle.