2021 Toyota C-HR 1.8L Hybrid electric (clean) · CV21 WLP

Consecutive fault-free annual testing defines the official DVSA record for this Toyota C-HR, which secured its latest MOT pass on July 14, 2026. Across four consecutive inspections dating back to April 2024, the vehicle has never recorded a single failure or advisory item. This spotless compliance record demonstrates that core safety systems, emissions equipment, and structural components have consistently met statutory roadworthiness standards during its statutory test windows, pointing to a stable trajectory of regulatory approval without any flagged chronic defects or recurring maintenance oversights. Accumulating 162,379 miles over its five-year lifespan results in an intensive annual average of roughly 32,476 miles, placing this C-HR well above typical domestic usage parameters. This heavy deployment pattern indicates sustained, high-intensity operation, most likely heavy motorway commuting or commercial use. Mechanically, such rapid mileage accumulation subjects the vehicle to accelerated continuous-load wear on high-speed drivetrain components, wheel bearings, fuel injectors, and exterior body panels, whilst simultaneously reducing the risk of deterioration associated with prolonged stationary storage. Evaluating this high-mileage chassis requires a focused physical examination during a static inspection and dynamic road test, despite the absence of historical MOT advisories. The prospective buyer must thoroughly inspect the front and rear suspension damper units, wishbone bushes, and steering rack joints, as motorway-heavy mileage frequently induces premature fatigue in rubber suspension components. Listen carefully for any dull knocks, clonks, or excessive vibration transmitted through the cabin floor or steering column when negotiating potholes, speed hums, and uneven road surfaces during the test drive. The braking system and high-voltage hybrid drivetrain elements also demand rigorous scrutiny given the intensive mileage history. Check the condition of the brake discs and calipers for uneven scoring, thermal discoloration, or binding, ensuring the regenerative braking transition feels smooth without sudden pedal travel or judder under deceleration. Furthermore, verify that the internal combustion engine and hybrid transmission operate seamlessly across all power delivery phases, checking for any unusual mechanical whines from the transaxle or fluid misting around the underbody shields that might signal emerging mechanical fatigue not captured during a standard stationary MOT test.