2007 Toyota Prius 1.5L Hybrid electric (clean) · YT07 AAK

The most recent DVSA examination on 16 February 2026 returned a PASS, although the tester recorded two advisories concerning front tyres worn close to the legal limit and on their edges, a further advisory for slight damage, cracking or perishing to the nearside rear tyre, and minor items flagging slight lens defects on both front headlamps. While the outcome itself is satisfactory, the cluster of advisories relating to tyre condition suggests attention to the wheels and tyres is warranted before the next test. Looking back across the documented history, the vehicle passed cleanly in 2025 and in 2024 before the May 2024 attempt failed on major defects affecting both upper suspension arm pins or bushes, which were evidently rectified within a day given the pass on the immediately following date. The maintenance trend therefore appears broadly stable in the short term but demonstrates that the front suspension has been a documented area of concern, and a prospective buyer should not assume that fresh components were necessarily fitted beyond what was strictly required to clear the test. The recorded mileage of 14,517 miles against a vehicle now nineteen years old equates to an annual average of roughly 760 miles, which is exceptionally low and strongly indicative of long periods of standing interspersed with limited use. Such a usage pattern is mechanically significant because low annual mileage does not necessarily preserve a vehicle in good condition; conversely, it often accelerates certain forms of degradation. Standing for prolonged periods allows brake discs to corrode and calipers to seize, causes tyres to develop sidewall perishing and flat-spotting from carrying stationary weight, degrades the 12 volt auxiliary battery through repeated shallow discharge cycles, and allows hydraulic fluid, coolant, and brake fluid to deteriorate on a calendar basis regardless of mileage. The Hybrid Synergy Drive system and its high voltage battery also warrant specific consideration, as prolonged inactivity can lead to reduced state of charge and capacity loss in the traction pack. The lack of annual MOT entries prior to 2023 and the absence of recorded advisories on the earlier tests suggests the vehicle may have either been off the road for substantial periods or used so sparingly that defect accumulation was minimal at each attendance. For a physical inspection, the buyer should pay particular attention to the condition of the front suspension, given the major defects recorded on the upper arm pins or bushes in May 2024. On a test drive, listen for clonking or knocking noises from the front end over speed humps and uneven surfaces, and feel for vagueness or knocking through the steering. Visually check the upper wishbone bushes for cracking, splitting, or excessive movement when the wheel is rocked by hand, and inspect for any oil weeping from the front dampers or corroded spring seats. The tyre advisories demand a thorough examination of all four tyres for tread depth, uneven shoulder wear, sidewall cracking, and age-related perishing, remembering that tyres older than around six years should be replaced regardless of remaining tread. With the vehicle having spent long periods standing, the brake calipers should be checked for free movement and the discs for severe lipping or surface corrosion beyond light pitting, and a firm brake pedal with no sponginess should be confirmed after a standing start. Beyond the documented items, age-related servicing demands attention. The 12 volt battery should be load-tested as a matter of priority, given the likelihood of repeated discharge during periods without use, and the high voltage traction battery state of health should be assessed via diagnostic interrogation of the hybrid system if possible. All fluids, including engine oil, coolant, brake fluid, and hybrid inverter coolant, should be checked for condition and service intervals verified against calendar time rather than mileage, with brake fluid particularly prone to moisture absorption and corrosion risk when the vehicle is infrequently exercised. The exhaust system should be inspected for corrosion at joints and mounting rubbers, the underbody and suspension subframes examined for standing corrosion consistent with nineteen years of service, and all rubber components such as CV joint boots, steering rack gaiters, and engine mount bushes checked for perishing. Finally, verify the service book history and confirm that any work undertaken to remedy the 2024 suspension failures was accompanied by a geometry check, as worn suspension components invariably compromise wheel alignment and accelerate uneven tyre consumption.