2011 Toyota Prius 1.8L Hybrid electric · OU61 WHT

The most recent DVSA MOT test for this 2011 Toyota Prius was conducted on 29 December 2025, resulting in a pass with no advisories or defects recorded. The previous test before that, dated 30 August 2022, was also a clean pass with no advisories. This represents a notably stable maintenance trend across the most recent two examinations, and the absence of recurring advisories since 2021 suggests the vehicle has been maintained to a consistent standard in recent years. Earlier in its history, particularly during the 2015 to 2021 period, several advisories were logged concerning front brake pads, tyre wear close to legal limits, headlamp lens issues, and a slight play in the front inner drag link end ball joints. The fact that these items have not reappeared in subsequent tests implies they were either rectified at the time or have not deteriorated to advisory level within the MOT inspection criteria. The single failure in August 2021 was caused by a near-side front passenger door that could not be opened from outside the vehicle, classified as a dangerous defect, but this was resolved at the same date as evidenced by the pass with advisories recorded on the same day. With a recorded mileage of 99,246 miles over approximately fifteen years of age, this Prius has covered an average of around 6,616 miles annually, which is broadly typical for a vehicle of its vintage and falls within expected usage parameters. There are no significant gaps in the MOT history that would suggest extended periods of standing, and the relatively even distribution of test dates implies regular use. The mileage is not excessive for a hybrid of this age, and Toyota hybrid powertrains are well known for their durability when serviced in line with manufacturer schedules. That said, a 99,000-mile example will still have experienced meaningful wear on consumable items such as suspension components, braking hardware, and tyres, even if the powertrain itself remains robust. Given the advisory history, particular attention should be paid to the front suspension and steering components. The slight play noted in the front inner drag link end ball joints in 2021 is a wear-related condition that can progress over time, potentially leading to looseness in the steering, uneven front tyre wear, or clonking noises over uneven surfaces. On a test drive, listen for any knocking or rattling from the front end when traversing speed bumps or rough roads, and check for uneven feathering across the front tyre tread. The earlier advisories regarding front brake pad wear and tyres approaching legal limits also suggest that braking components and tyres have historically been a maintenance focus, so a thorough inspection of current brake pad thickness, disc condition including any lipping or corrosion, and tyre tread depth and sidewall integrity is advisable. The headlamp output advisories from earlier tests are worth revisiting by checking that both dipped beams are producing an even and adequate beam pattern, as lens degradation or bulb ageing can progressively reduce illumination. Beyond the recorded defects, a buyer should also consider age-related items not necessarily captured in MOT testing. At fifteen years old, the 12V auxiliary battery in a Prius is particularly important, as a weak battery can cause a range of hybrid system warning lights and drivability issues, so its age and condition should be verified. Tyre sidewalls should be examined for perishing or cracking caused by age rather than wear, especially if the vehicle has spent time outdoors. Brake calipers can seize or bind from infrequent use, so test that the vehicle rolls freely when released and that the brakes release cleanly without dragging. Fluid services including engine coolant, brake fluid, and hybrid inverter coolant should be confirmed as up to date, as calendar-based degradation can compromise these systems regardless of mileage. Finally, verifying a full service history with stamps from a reputable garage will provide confidence that the hybrid system, including the high-voltage battery and inverter, has been properly maintained throughout the vehicle's life.