2023 Toyota C-HR GR Sport HEV CVT 2.0L Hybrid electric (clean) · JR03 AWR

This Toyota C-HR GR Sport HEV has passed its most recent MOT test on 2026-04-08 with no defects recorded, indicating a clean roadworthiness status at that point. The absence of advisories or failures in the single available record suggests the vehicle has not exhibited any recurring mechanical or structural issues during its most recent inspection. However, the sparse MOT history—limited to a single pass in the past four months—prevents a definitive assessment of long-term reliability trends. Buyers should treat this as a snapshot rather than a comprehensive history, particularly given the vehicle’s relatively low mileage for its age. The recorded mileage of 29,176 miles at the time of the most recent MOT test reflects a conservative usage pattern, averaging approximately 9,725 miles annually over its three-year lifespan. This is well below the typical wear thresholds for high-mileage components, meaning suspension bushes, brake pads, and drivetrain elements have likely experienced minimal stress. The lack of mileage gaps or sudden spikes in the single available data point further implies consistent, low-to-moderate usage, which generally correlates with reduced risk of accelerated wear. That said, the absence of earlier MOT records means there is no historical context for how the vehicle’s condition may have evolved over time. Given the limited MOT history, an in-person inspection should prioritise critical wear items that often fail without prior warning. The CVT transmission, while generally robust, should be checked for unusual noise or hesitation under acceleration, as hybrid systems can sometimes develop fluid-related issues over time. The hybrid battery and cooling system—critical for longevity—remain untested in this record, so visual inspection for corrosion, leaks, or swollen modules is essential. Suspension components, including coil springs and bushes, should be examined for uneven wear or binding, particularly given the low mileage, as premature failure can occur in underused vehicles due to material fatigue. Finally, the brakes—though not flagged in the most recent test—should be assessed for uneven pad thickness or glazed discs, as hybrid vehicles often experience higher thermal cycling, which can accelerate wear.