2013 Toyota Prius 1.8L Hybrid electric (clean) · LT13 HTN

A clean, unbroken record of MOT pass results across the 2023 and 2025/26 tests establishes a positive baseline for this 2013 Toyota Prius, with no advisories or component defects recorded on any of the four pass certificates in the DVSA history. The single fail entry dated 9 January 2024 carries no recorded defects, which typically indicates an administrative or presentation issue rather than a mechanical failure, and the vehicle returned to the same test station the same day and passed without any advisories being logged. This pattern suggests a car that has been kept in consistently roadworthy condition from a statutory testing perspective, with no recurring advisories pointing to developing wear in areas such as suspension, braking, or corrosion. For a buyer, this clean sheet is reassuring, although the absence of advisories does not guarantee mechanical perfection, particularly given the mileage involved. Recorded mileage of 324,041 miles spread across roughly thirteen years of service equates to an annual accumulation of approximately 24,926 miles, which is notably above average for a vehicle of this age. This places the Prius firmly in the high-mileage bracket, meaning consumables such as brake pads, discs, tyres, and suspension components will have endured significantly more wear cycles than would typically be expected. The mileage progression between tests is broadly consistent, with no extended periods off the road and no sudden drops that would suggest clock irregularities or prolonged storage. Mechanically, this level of sustained use means that even though the statutory test record is clean, internal wear on items like engine mounts, hybrid system components, inverter coolant pumps, and suspension bushes is likely to be well advanced compared to a lower-mileage example. The hybrid battery pack in particular, while generally robust on the third-generation Prius, warrants close scrutiny given the high cycle count it will have accumulated. A prospective buyer should focus the pre-purchase inspection on the areas most likely to show wear given the mileage, even though the MOT history itself is silent on them. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which would indicate worn lower control arm bushes or anti-roll bar links, and pay attention to any steering vagueness or knocking through the wheel that could point to worn drop links or top mounts. The braking system should be tested for pull to one side under moderate pedal pressure, and the pedal itself checked for excessive travel or sponginess, which could indicate worn rear brake drums or stretched handbrake cables. At low speed, listen for any humming or droning from the rear, a common indicator of rear wheel bearing wear on high-mileage examples of this model. The hybrid system requires particular attention during a stationary inspection. With the vehicle in ready mode, confirm that the engine starts and stops cleanly during the initial warm-up phase, and watch for any warning lights or error messages on the dashboard, particularly relating to the hybrid system or battery. Listen for any unusual whining from under the bonnet, which can indicate inverter coolant pump wear or issues with the hybrid transaxle. A scan for stored fault codes is highly advisable, as intermittent hybrid system issues may not have been flagged during routine MOT testing. Under the bonnet, check for any signs of oil seepage from the engine or transaxle, as well as the condition of the coolant in the inverter reservoir, which should be clean and pink rather than discoloured. Given the mileage, a compression test of the Atkinson-cycle petrol engine and a health check of the traction battery via diagnostic equipment would provide valuable reassurance before committing to purchase.