2017 Toyota RAV4 2.0L Petrol · FN67 CFM

A clean five-test pass history with no advisories whatsoever establishes a strong baseline of roadworthiness for this 2017 Toyota RAV4, with the most recent examination on 23 April 2025 confirming a defect-free result and reinforcing a consistent upward trend of reliability since the first recorded test in October 2021. The absence of even minor advisories across five consecutive MOTs is notable, particularly on a nine-year-old crossover, as it suggests no progressive deterioration has been flagged in the areas examiners routinely inspect, including suspension components, braking systems, exhaust integrity, and structural corrosion. While a clean MOT record is not a guarantee of underlying mechanical condition, it does demonstrate that no obvious safety or environmental defects have emerged under official scrutiny over a four-year monitoring window. The recorded mileage of 48,619 miles against a nine-year vehicle age equates to approximately 5,402 miles annually, which is considerably below the typical mileage expectation for a car of this vintage. Annual MOT testing first appears on file in 2021, suggesting the vehicle either passed its initial three-year exemption period without recorded testing or that earlier documentation is not present, and the gap between the 2021 and 2022 tests was relatively short at under twelve months. Such low annual mileage is a double-edged mechanical proposition: it implies reduced wear on high-cycle consumables such as brake friction material, clutch components, and drivetrain internals, but it also raises the possibility of extended standing periods, which can encourage deterioration in items not exercised regularly, including brake caliper slide mechanisms, rubber boots and gaiters, and moisture accumulation in differentials. For a prospective buyer, the lack of any flagged components in the MOT history means inspection priorities should be guided by the general expectations of a low-mileage nine-year-old vehicle rather than specific recorded defects. Particular attention should be paid to the condition of the coil springs, suspension bushes, and anti-roll bar linkages, as these rubber and metallic components can suffer from perishing and seizing when not regularly exercised; any knocking or clonking noises over uneven road surfaces during a test drive would warrant scrutiny. The brake system, while likely to retain significant friction material life given the low mileage, should be checked for seized caliper slides manifesting as uneven pad wear or a dragging sensation when pulling away, and the discs inspected for any lipping or corrosion pitting, especially given the potential for extended periods of inactivity. On a road test, listen for any abnormal noises from the drivetrain, including clonks from the transmission or transfer box during direction changes, which could indicate worn constant velocity joints or differential mounts. Steering feel should remain precise and free from vibration or pulling, and the power steering system should operate without whining or stiffness at low speeds. Given the low mileage, the 12V battery is also a consideration if the vehicle has stood for prolonged periods, so confirm the engine starts promptly without hesitation and that all electrical systems, including the infotainment and climate control, function reliably. Finally, although no structural corrosion advisories have been recorded, conduct a physical inspection of the underbody, subframe, and wheel arches for any surface rust that may not yet have reached the threshold for an MOT advisory but could indicate the early stages of deterioration.