2019 Toyota C-HR 1.8L Hybrid electric (clean) · FN69 KFX

A 2019 Toyota C-HR of this vintage would ordinarily be expected to begin showing wear-related advisories by its seventh year, particularly around tyres, brake components and suspension bushes, yet this example has passed four consecutive DVSA tests clean, with the most recent examination on 23 December 2025 recording zero defects and no advisories whatsoever. This unblemished record across all four tests from 2022 through 2025 establishes a clear pattern of mechanical stability rather than a marginal or borderline condition, suggesting the vehicle has either been conscientiously maintained or has seen genuinely light mechanical duty. The absence of even minor advisory notes over a four-year testing window is notable for a crossover of this age, and it provides a stronger baseline of roadworthiness than is typical for the model and year group. The recorded 42,213 miles against a 2019 registration translates to an average of roughly 6,030 miles per annum, which sits squarely within the expected usage band for a privately owned car of this profile. There are no apparent gaps in the annual MOT sequence, indicating continuous road use rather than extended off-road storage that could have allowed corrosion to take hold on underbody components, brake calipers or exhaust mountings. The mileage progression between tests remains consistent and modest, which generally correlates with conservative wear on friction materials, drivetrain internals and suspension components. For a C-HR buyer, this usage pattern implies that consumable items such as brake pads, discs and tyres are likely to retain useful remaining life, and there should be no immediate cause for concern regarding fatigue-related failure of major mechanical assemblies. From a buyer inspection standpoint, the clean MOT history provides reassurance, but a physical test drive should still focus on the components most commonly associated with age and mileage on this platform. Listen carefully for any knocking or clonking from the front struts and rear torsion beam over speed humps and uneven B-roads, as worn top mount bearings or droplink bushes are known to develop on the C-HR even when not flagged at test. On the road, check for any steering pull or vibration under braking, which can indicate warped front discs or a binding caliper, and feel for clutch slip or clutch judder on a manual variant if applicable, given that the hybrid powertrain can mask early drivetrain symptoms. Inspect the underbody visually for any surface corrosion on subframe mounting points, brake pipe runs along the chassis rail and the exhaust heat shields, as the test record would not necessarily capture cosmetic or early-stage corrosion before it becomes a structural concern at the next examination. Finally, verify the general service history independently, paying particular attention to hybrid system diagnostics, inverter coolant renewal and 12V auxiliary battery condition, as these are C-HR specific items that fall outside the standard MOT scope but directly affect long-term reliability. Examine all four tyres for even wear across the tread, as inner shoulder wear can point to alignment geometry issues or worn suspension bushes that have not yet progressed to advisory level. Confirm that the hybrid system warning light extinguishes promptly on start-up and that the vehicle transitions cleanly between petrol and electric drive at low speeds without warning messages on the instrument cluster. With no MOT advisories on record and a sensible mileage accumulation, this C-HR presents a reassuring starting point for further inspection, provided the test drive and physical checks confirm the same standard of mechanical integrity implied by its paper history.