2013 Toyota IQ 1.3L Petrol · LS13 HBF

A consistent sequence of minor electrical faults and rubber degradation defines the historical roadworthiness of this Toyota iQ, punctuated by two annual test failures before ultimately securing a pass on 2026-06-22 at 45,101 miles. While the vehicle generally rectifies these issues promptly during its annual inspections, the recurring presence of perishing tyres and lighting discrepancies indicates that consumables require frequent attention. The overall defect pattern remains stable rather than worsening, though it highlights an ongoing vulnerability to peripheral electrical and elastomer wear. Accumulating roughly 3,469 miles per year across its thirteen-year lifespan, the vehicle exhibits a notably low-usage profile that suggests short urban journeys or extended periods of inactivity. This limited mileage pace does not indicate structural neglect, but lower annual distances can place distinct mechanical stress on auxiliary systems, preventing frequent high-temperature running and accelerating surface aging on rubber components that are left stationary for extended periods. Prospective buyers must closely inspect the condition of all four tyres during a physical viewing, paying particular attention to the sidewall cracking noted on both rear tyres during the latest test. Given the previous year's advisories regarding front tyre perishing and position lamp lens discoloration, checking the integrity of exterior lighting assemblies and rubber seals is essential. Furthermore, the 2025 test noted a light misting of oil on the offside rear shock absorber, meaning the suspension dampers should be checked for weeping or reduced damping efficiency. During the test drive, listen carefully for any knocking or crashing noises from the rear suspension over speed humps or rough road surfaces, which would indicate that the dampening performance has degraded beyond the initial misting stage. Test all interior and exterior electrical functions thoroughly, including the stop lamps and registration plate illumination that caused a previous test failure, to ensure switchgear and wiring connections are sound. Finally, evaluate the braking response for any binding or uneven deceleration, ensuring that the low-mileage lifestyle has not caused premature caliper seizure or sticking components.