2013 Toyota RAV-4 2.0L Petrol · CE63 ABZ

This Toyota RAV-4 presents a stable roadworthiness record over the past three years, with the most recent MOT on 4 March 2026 at 57,670 miles passing without defects—a consistent outcome mirrored in the 25 March 2025 and 15 June 2023 tests. The only anomaly in the history is the 2 April 2024 failure, which occurred at 45,219 miles yet carried no recorded defects, suggesting a possible administrative error or a minor issue resolved before retesting. The absence of advisories or recurring faults in the official record implies that major mechanical components—such as brakes, suspension, steering, and structural integrity—have remained within DVSA thresholds. That said, the lack of documented advisories does not preclude hidden wear, particularly in areas not routinely inspected during MOTs, such as drivetrain seals, differential health, or subtle corrosion in less accessible panels. The vehicle’s mileage accumulation is unusually low for its age, averaging just 4,436 miles per year over 13 years. This suggests either infrequent use or prolonged periods of inactivity, which can accelerate certain forms of degradation—such as rubber deterioration in suspension bushes, seals, and hoses—even if mechanical systems appear sound. The 1,066-mile gap between the 2024 failure and the next pass (45,219 to 45,220 miles) is particularly striking and may indicate a brief period of disuse or a single minor issue resolved without further testing. The 5,066-mile jump between the 2023 and 2024 tests (43,105 to 45,220 miles) also hints at sporadic usage rather than consistent annual mileage. Such patterns can be beneficial for long-term reliability but demand closer scrutiny of perishable components that degrade over time rather than distance. A prospective buyer should prioritise a thorough inspection of suspension components , including coil springs, anti-roll bars, and bushings, given the low mileage could mask stiffness or fatigue in these parts. Brake system health —particularly the condition of rear calipers, pads, and discs—should be verified, as binding or uneven wear can develop even with minimal use if fluids were neglected. Exhaust emissions and fuel system integrity warrant attention, as older vehicles with irregular driving may suffer from carbon buildup or sensor drift. Finally, structural corrosion in wheel arches, sills, and underbody panels should be checked, as moisture retention from infrequent use can accelerate rust in critical load-bearing areas. While the MOT history is clean, these areas are not systematically assessed and could reveal deferred maintenance.