2023 Toyota C-HR 1.8L Hybrid electric · PL72 ECD

The most recent official DVSA roadworthiness examination for this 2023 Toyota C-HR was conducted on 20 February 2026, at which point the vehicle passed without any advisories or defects being recorded. A clean pass on a three-year-old vehicle with no advisories is generally a positive indicator, as it suggests that the consumable components such as tyres, brakes, suspension components, and lighting systems were all within legal and serviceable condition at the time of test. However, it is worth noting that the MOT certificate is only a snapshot of the vehicle's condition on that specific day and does not guarantee the condition of components between tests. Given the relative scarcity of recorded MOT history for a vehicle of this age, which has only had one post-registration test, it is difficult to establish a long-term maintenance trend from the official record alone. The absence of any recorded advisories in the most recent test indicates no immediate areas of concern were flagged by the examiner at that point. With recorded mileage of 46,728 miles over approximately three years of service, this Toyota C-HR is accumulating at roughly 15,576 miles annually, which is notably higher than the average UK driving figure of around 7,800 to 9,000 miles per year. This elevated usage rate places greater mechanical demand on all major drivetrain, braking, and suspension components. Higher annual mileage typically accelerates wear on brake pads, discs, clutch components (if applicable), tyres, and timing chain or belt related items depending on the powertrain specification. Additionally, the engine, transmission, and cooling system will have completed proportionally more thermal and load cycles, which can advance the degradation of internal seals, gaskets, hoses, and rubber mounting components. Prospective buyers should factor in that consumable servicing intervals may need to be observed more strictly given this usage pattern. Despite the clean MOT pass, a prospective buyer should still conduct a thorough physical inspection given the mileage covered in a relatively short period. On a test drive, particular attention should be paid to the operation of the braking system, listening for any shudder through the pedal under firm application or detecting a pulling sensation to one side, as the brake discs and pads will have experienced significant wear and may be approaching or due for replacement. The suspension should be assessed over uneven road surfaces for any knocking or rattling noises, which could indicate wear to suspension bushes, drop links, or anti-roll bar components, all of which are subject to accelerated degradation at this mileage. The tyres should be examined closely not only for tread depth but also for even wear patterns across the axle, as inner and outer edge wear can indicate misalignment or suspension geometry issues, while any uneven cupping may point to worn shock absorbers. It is also prudent to check the condition of the exhaust system for any corrosion or loose mountings, particularly given modern exhaust systems are often thinner and more vulnerable to deterioration. Beyond the mechanical drivetrain components, the buyer should verify the completeness and regularity of the main dealer or specialist service history, as the MOT record alone does not confirm that scheduled servicing has been undertaken. With high mileage relative to the vehicle's age, particular scrutiny should be given to the timing chain or belt service intervals (depending on the engine variant fitted to this model), brake fluid replacement which is typically required every two years regardless of mileage due to its hygroscopic nature absorbing moisture over time, and the condition of the 12V battery which can deteriorate under frequent short journeys typical of urban use. The engine oil, coolant, and transmission fluid should be inspected for condition and correct levels, with evidence on the dipstick or via the service indicator that intervals have been respected. The hybrid system components, where fitted, should be checked for any warning messages on the dashboard, and a diagnostic scan would be advisable to identify any stored fault codes that would not appear on a standard MOT test. Finally, examine the underside of the vehicle for any signs of fluid leaks, corrosion to structural or suspension components, and ensure that the alloy wheels are free from significant kerb damage which could indicate careless prior use.