2013 Lexus CT 1.8L Hybrid electric (clean) · LT13 LMF

The vehicle’s most recent MOT on 27 December 2025 confirms it passed with no defects at 37,918 miles, indicating a stable roadworthiness status. However, the preceding test on 19 December 2025 recorded a failure at 37,150 miles, also with no defects noted. This discrepancy suggests either a procedural irregularity or an unresolved issue that was subsequently rectified before the final pass. The pattern from 2023 to 2025 shows consistent annual mileage increases, with 5,646 miles added between November 2023 and December 2024, followed by 3,204 miles in 2025. No advisories or recurring faults appear in the records, which implies routine maintenance or minimal wear during its relatively low annual usage of approximately 2,917 miles. The car’s 13-year age paired with 37,918 miles reflects lighter utilisation compared to average expectations. The gap between the November 2023 tests—both at 29,068 miles—suggests minimal driving over that period, while the subsequent year’s mileage accumulation aligns with sporadic use. The rapid increase of 768 miles between the December 2025 failure and pass tests raises questions about recent activity but does not indicate systemic deterioration. The absence of advisories in the MOT history points to no significant structural or mechanical issues being flagged, though low mileage may mask component degradation from prolonged inactivity. A buyer should inspect the suspension bushes and coil springs for signs of perishing or fatigue, particularly given the extended periods between tests. Brake components, including discs and calipers, warrant scrutiny for binding or uneven wear, even if not explicitly noted in the records. The exhaust system and underbody should be examined for corrosion, especially at joints and mounting points, as age-related rust can develop silently. Additionally, verifying the condition of the steering rack and tyre condition—particularly tread depth and sidewall integrity—will provide insight into recent usage patterns and overall mechanical health.