2007 Toyota Prius 1.5L Hybrid electric · FG07 DYC

At 237,036 miles over nineteen years, this third-generation Prius platform is presenting a familiar late-life hybrid pattern in which the bodywork and major mechanical assemblies remain serviceable but consumable and chassis components are showing their age through a steady accumulation of advisories. The most recent DVSA assessment on 4 March 2026 recorded a clean pass with no advisories, but this followed directly on from a fail on 27 February 2026 in which the offside and nearside front CV joint boots were found split and the windscreen wipers were clearing the screen ineffectively. The intervening repair turnaround implies the CV boots and wiper mechanism were addressed before the retest, yet the underlying wear on the front driveline joints remains relevant because high-mileage Prius transaxles are known for boot degradation that allows grease loss and water ingress, accelerating joint wear. Looking back across the 2024 and 2025 tests, there is a clear pattern of chassis and braking deterioration: front discs pitted and scored, front pads and rear pads wearing thin, front shock absorbers with light oil misting and casing damage, a nearside rear coil spring corroded, and inner suspension arm pins or bushes worn on both sides at the front. The picture is of a car whose fundamental structure is intact but whose secondary ride, handling and braking hardware is approaching the threshold where replacement becomes imminent. The recorded mileage of 237,036 miles equates to roughly 12,476 miles per year over the vehicle's nineteen-year life, which is considerably above the national average for a passenger car and suggests the Prius has been used as a high-mileage commuter or fleet-style workhorse rather than a low-use second vehicle. There is no evidence of long stationary periods in the MOT record, with annual testing gaps being minimal, and the absence of any long lay-up means the hybrid battery, 12V auxiliary battery, brake hydraulics, tyres and drive belts have all been subjected to regular thermal cycling rather than the deep discharge or fluid degradation that affects vehicles left dormant. For a hybrid of this vintage, continuous use is generally favourable for the traction battery chemistry and for keeping seals and lubricants mobilised, but it does mean the engine, electric drive components and undercarriage have accumulated substantial wear. The combination of high annual mileage and the pattern of suspension and brake advisories from 2024 and 2025 suggests the chassis is now entering a phase where components will require more frequent attention than in earlier life. A prospective buyer should approach this Prius with particular focus on the front suspension and steering assembly, as the 2024 test recorded wear on both inner suspension arm pins or bushes without excessive movement, and any progression of that wear will manifest as vague steering, knocking over uneven surfaces, or uneven tyre wear across the front axle. On a test drive, listen for clonking or rattling from the front when traversing speed bumps or potholes, and feel for wandering or imprecise directional response at motorway speeds, both of which would indicate the bushes have moved beyond advisory tolerance. The 2025 advisories on the shock absorbers, including external casing damage and light oil misting, warrant a physical inspection of the units for wetness around the upper and lower mountings and a check that the car remains level at standstill, as fluid loss typically progresses from misting to a discernible damping deficit. Likewise, the corroded nearside rear coil spring should be examined for surface pitting and any loss of ride height on that corner, as continued corrosion can lead to spring fracture, a known MOT failure point on ageing vehicles. Braking performance deserves close scrutiny given the pitted front discs, thin pads front and rear noted in 2024, and the documented ABS wiring routed against a wheel. On the road, the pedal should feel firm and progressive without excessive travel, and there should be no vibration, judder or pulsing through the pedal under firm application which would suggest disc runout or further deterioration beyond the advisory level. Inspect the front discs directly for a visible ridge at the outer edge and check pad material thickness visually through the caliper aperture if possible. The ABS sensor lead rubbing on the wheel noted in 2024 is a fault that can recur and may trigger ABS warning illumination or erratic intervention, so confirm the warning lamps extinguish promptly on startup and that the system does not activate unnecessarily on dry grippy surfaces. Finally, the recent CV boot failure should prompt an inspection of the rubber gaiters for fresh grease deposits around the joints and a listen for clicking or graunching on full-lock manoeuvres, as a contaminated joint can fail rapidly and would warrant replacement of the complete shaft assembly rather than just the boot on a car already carrying this level of mileage.