2014 Toyota Prius 1.8L Hybrid electric (clean) · LM64 XMB

A 2014 Toyota Prius covering 248,563 miles yet passing its most recent DVSA examination on 12 February 2026 with no advisories or failures speaks to a vehicle that has been kept mechanically compliant despite very intensive service use. The five-test sequence on file shows four passes and one failed entry on 5 September 2024 that was immediately followed by a pass at the same date, indicating the defect recorded at that visit (which is not detailed in the provided record) was rectified without delay and did not represent a structural or systemic problem. The overall trend is stable, with the 2025 and 2026 tests both returning clean sheets. There is no documented pattern of recurring suspension, brake, corrosion or exhaust advisories, which for a hybrid of this vintage and workload is the more telling outcome. At roughly 20,714 miles per year over twelve years, this Prius sits well above the typical 8,000 to 10,000 mile annual average for a privately owned executive hybrid, pointing to a working life of long motorway commutes, taxi-style operation or fleet use. Such mileage accumulation places above-average wear on the items that absorb road input rather than engine revolutions, namely the coil springs, anti-roll bar linkages, lower control arm bushes, drop links, front strut top mounts and wheel bearings, as well as the hybrid transaxle and inverter cooling system which run hot under sustained load. Mileage is recorded at every test and the gaps between visits are short, so there is no evidence of the vehicle having stood idle for extended periods; a continuously driven hybrid of this age is generally preferable from a hybrid battery health standpoint compared to one left sitting for long stretches. For a buyer, the priority on the test drive is to feel for the symptoms associated with high-mileage Prius suspension wear. Listen for clonks or dull thuds from the front suspension over speed humps and uneven tarmac, which typically indicate worn front lower arm bushes or anti-roll bar drop link play. Through faster corners, any vagueness in the steering, a shimmy through the wheel, or a tendency to wander points to top mount or tie rod wear. On braking, the Prius regenerative system can mask early disc wear, so insist on a firm pedal without sponginess and watch for vibration under firm stops that would suggest warped front discs. Visually inspect the rear trailing arm bushes for cracking as these are a known wear item on third-generation Prius and should be probed with a lever to confirm they remain bonded. Finally, given the workload this car has endured, a thorough mechanical inspection beyond the MOT should include a scan of the hybrid system fault codes via a Toyota-compatible diagnostic tool, a check of the inverter coolant level and condition, and a road test that specifically allows the engine and MG1/MG2 motors to cycle through warm and cold phases to expose any intermittent hybrid warnings. Examine the underbody, particularly the rear suspension subframe mounting points, exhaust heat shields and brake pipe runs, for the early stages of surface corrosion that an MOT may not yet have flagged as an advisory. With clean recent paperwork and no recorded advisories across the most recent three tests, the car presents well on paper, but a high-mileage hybrid of this profile warrants a pre-purchase inspection focused on suspension linkage condition, brake disc thickness measurements and confirmation of healthy hybrid system operation before commitment.