2022 Toyota C-HR 1.8L Hybrid electric (clean) · LT72 RTU

A consistent lack of recorded defects defines the roadworthiness profile of this vehicle, which successfully navigated its first statutory inspection on 2025-08-30 with a clean pass. This outcome indicates that at the time of the assessment, all primary safety systems, including lighting, structural integrity, and braking performance, met the required standards without flagging any immediate mechanical concerns or items requiring monitoring. The absence of any recorded advisories suggests that the vehicle has maintained a stable condition throughout its initial four-year period of operation. Accumulating only 12,460 miles since its 2022 registration represents a light usage pattern of approximately 3,115 miles per annum. While this limited mileage reduces the overall wear on drivetrain components and high-friction mechanical parts, prospective buyers should remain mindful that infrequent use can lead to the accelerated oxidation of exposed metallic surfaces. Because the vehicle has only undergone a single MOT test, there is no longitudinal data to establish a trend regarding the degradation of rubber bushes, gaiters, or suspension seals, which are often more susceptible to age-related perishing than high-mileage wear. During the test drive, focus your evaluation on the responsiveness of the braking system and the integrity of the suspension geometry. Given the low mileage, ensure the brake discs are free from excessive surface corrosion or scoring, which can occur when a vehicle sits stationary for extended periods. Listen carefully for any metallic clicking or knocking sounds when traversing uneven road surfaces, as these can indicate early-stage fatigue in the suspension drop links or anti-roll bar bushes. A smooth, vibration-free pedal during firm braking is essential to confirm that the calipers are not binding and that the discs have not developed uneven wear patterns. Furthermore, inspect the undercarriage for any signs of surface oxidation on the subframe or suspension arms, as these areas are prone to environmental exposure regardless of the odometer reading. Verify that the steering remains neutral and does not pull to either side under acceleration or braking, which would suggest a misalignment of the front-end geometry. While the vehicle currently holds a clean record, the primary mechanical risk remains the potential for seized components due to inactivity; therefore, ensure all electrical features and mechanical adjustments operate through their full range of motion to confirm that no systems have become stiff or unresponsive from lack of regular cycling.