2020 Toyota C-HR Orange Edition HEV CVT 2.0L Electricity · LC70 DHM

The most recent official DVSA MOT test for this 2020 Toyota C-HR Orange Edition HEV CVT was conducted on 20 June 2025, at which point the vehicle passed with no defects or advisories recorded. This represents a fully clean pass with no outstanding items requiring attention before the next test is due. However, it is worth noting that this is the sole MOT entry visible in the supplied history, so a definitive longer-term trend of improvement or deterioration cannot be established from the official record alone. The absence of any recorded advisories is a positive indicator of the vehicle's condition as presented at the time of test, suggesting that no significant wear items were approaching their failure threshold at that mileage. With a recorded odometer reading of 25,792 miles over approximately six years, the vehicle has covered an annual average of around 4,299 miles, which is notably below typical usage for a car of this age. This relatively low annual mileage suggests either limited use as a secondary vehicle, predominantly urban driving, or extended periods of standing between journeys. While low mileage reduces wear on major drivetrain components such as the engine, transmission, and clutch friction material, it introduces its own set of age-related concerns. Hybrid vehicles in particular benefit from regular use to keep the high-voltage battery cycled and the petrol engine exercised, so it is advisable to confirm the vehicle has been used consistently rather than left dormant for prolonged intervals. Given the low mileage and the vehicle's age, a prospective buyer should pay close attention to several age-related deterioration factors that an MOT test may not fully capture. Tyres should be inspected closely for sidewall perishing and cracking from age, even if the tread depth remains adequate, as rubber compounds degrade with time regardless of mileage. The 12V auxiliary battery, which is critical for the hybrid system's initial wake-up sequence, is likely approaching the end of its typical service life and should be load-tested. Brake discs and calipers are particularly susceptible to corrosion and seizing from infrequent use, so the buyer should check for signs of binding, uneven pad wear, or surface rust scoring on the discs. A test drive should include several firm brake applications from moderate speed to confirm the system operates smoothly without shudder, excessive travel, or uneven pulling. Fluid servicing on a calendar basis is another essential consideration. The hybrid transaxle fluid, inverter coolant, engine coolant, and brake fluid all degrade with time rather than solely with mileage, and given the low annual usage, it is likely that the brake fluid may be due for replacement due to moisture absorption. The service book should be reviewed to confirm that annual or biennial services have been carried out at appropriate intervals, as low-mileage vehicles are sometimes neglected under the misconception that infrequent use reduces servicing requirements. Additionally, the underbody should be examined for corrosion, particularly around suspension mounting points, subframe components, and the exhaust system, where standing in damp conditions can accelerate surface oxidation. A scan of the hybrid system for any stored diagnostic trouble codes, including battery state of health data, would also be prudent given the powertrain configuration.