2022 Toyota C-HR 1.8L Hybrid electric · FD22 HMX

The most recent official DVSA roadworthiness test for this 2022 Toyota C-HR was conducted on 9 June 2025, at which point the vehicle passed with no defects or advisories recorded against it. This single clean pass represents the entirety of the available MOT history presented, which is somewhat limited but not unusual for a four-year-old vehicle that has only recently entered the mandatory testing threshold. The absence of advisories is a favourable indicator, suggesting that at the time of test the vehicle presented no marginal or borderline wear items that the tester felt obliged to flag for the owner's attention. However, prospective buyers should be mindful that a clean MOT outcome is a snapshot of compliance with minimum statutory standards on a given day and is not a substitute for a comprehensive pre-purchase mechanical inspection, particularly given that a year has elapsed since the test was conducted and the vehicle has continued in service. With a recorded mileage of 21,046 miles over an approximate four-year period, this C-HR has covered roughly 5,262 miles annually, which sits well below the typical average for a vehicle of its age. This low-mileage profile carries its own distinct mechanical considerations that should not be overlooked. Vehicles that are used sparingly or left standing for extended periods are susceptible to a different pattern of deterioration than those in regular daily use. The annual usage rate suggests the car may have been used predominantly for short journeys or occasional trips, which can lead to incomplete engine warm-up cycles, moisture accumulation in the engine oil and exhaust system, and potentially reduced component longevity in certain areas. Equally, long periods of standing can promote corrosion on brake discs, leading to surface rust and potential caliper binding, as well as premature ageing of rubber components throughout the vehicle. Given the clean MOT record, physical inspection guidance should focus on the typical age- and standing-related deterioration that an MOT test may not fully capture. Tyre sidewalls should be examined closely for perishing, cracking, or UV-related degradation, as tyres fitted at the factory may now be approaching or past their recommended replacement date regardless of remaining tread depth. Brake discs should be inspected for any signs of corrosion pitting, scoring, or uneven wear, and the caliper slide pins should be checked to ensure they are free-moving and not seized, as caliper binding from infrequent use is a common cause of uneven pad wear and pulling under braking. A thorough road test should include several firm brake applications to confirm straight-line stability and absence of judder, along with listening for any suspension knocks or clonks over uneven surfaces, as low-mileage vehicles can suffer from硬化 of suspension bushes and coil springs that are not exercised regularly. The 12-volt battery is another priority consideration, as batteries deteriorate with calendar age irrespective of mileage, and a four-year-old unit in a low-use vehicle is highly likely to be approaching end of service life. The battery should be load-tested professionally, and any signs of slow cranking or electrical glitches noted. All fluid services are calendar-based rather than solely mileage-based, so the engine oil, coolant, brake fluid, and transmission fluid should be confirmed as being within their respective manufacturer-recommended replacement intervals, and the service book should be examined for consistent main dealer or specialist stamp history. On the test drive, the engine should be brought fully up to operating temperature to check for any unusual noises, excessive smoke, or irregular running that may indicate issues masked by predominantly short-trip use. The hybrid system, if applicable, should be observed for smooth transitions between electric and petrol propulsion without warning lights or abnormal behaviour. A diagnostic scan for stored fault codes in all vehicle modules is strongly recommended, as the MOT cannot detect latent electronic or hybrid system anomalies that may develop into future concerns.