2017 Toyota RAV4 2.5L Hybrid electric · FN67 WHT

The most recent DVSA MOT test conducted on 30 June 2026 resulted in a clean pass with no defects or advisories recorded, and this outcome is consistent with the previous three annual examinations from 2023, 2024, and 2025, all of which passed without any advisories whatsoever. This unbroken sequence of clean results indicates a stable and well-maintained mechanical condition, suggesting the vehicle has been conscientiously looked after throughout its recent life. The only notable defects in the recorded history date back to the 2022 test, where three tyre-related advisories were issued for slight damage, cracking, or perishing on the nearside front, offside front, and nearside rear tyres, alongside two child seat fitting advisories in 2021 that were administrative in nature and unrelated to the vehicle's mechanical integrity. Overall, the trajectory of the MOT history is reassuringly stable rather than worsening, with no patterns of recurring component failure emerging over the documented test cycle. With a recorded mileage of 29,923 miles across approximately nine years of service, this RAV4 has covered an average of around 3,325 miles annually, which is notably low for a vehicle of its age and profile. Such underutilisation can be indicative of either primarily short urban journeys, which place additional strain on cold-start components, or extended periods of standing between uses, both of which carry their own distinct mechanical implications. While low mileage generally preserves high-value consumables such as the clutch and drivetrain, prolonged standing can accelerate certain forms of degradation that high-mileage use would not cause, including brake disc corrosion, seized caliper pistons, and fluid deterioration through lack of circulation. Any prospective buyer should therefore weigh the benefits of preserved mechanical life against the risks associated with infrequent operation, particularly given that several MOT tests in this history span roughly twelve-month intervals with comparatively modest mileage accumulation. Given the age of the vehicle and its relatively low annual usage, a physical inspection should prioritise time-sensitive deterioration rather than wear-based degradation. Tyre condition warrants particular attention, as rubber compounds perish with calendar age regardless of tread depth; the 2022 advisories for cracking and perishing suggest this process was already beginning four years ago, and any tyres fitted in or around that period may now be approaching the end of their serviceable life due to sidewall degradation even if the tread remains adequate. The brake discs and calipers should be examined for surface corrosion, pitting, and any evidence of binding, as standing moisture on static rotors frequently causes juddering or pulling on first application. A road test should include firm brake applications from moderate speed to confirm smooth, even retardation without vibration, and a careful listen for suspension clonks or knocking over uneven surfaces, which would indicate perished bushes or worn top mount bearings consistent with age rather than mileage. The 12V battery should be load-tested, as batteries that sit partially discharged deteriorate rapidly, and all fluid levels including engine oil, coolant, brake fluid, and transmission fluid should be checked for condition and dated service intervals, with brake fluid in particular being hygroscopic and requiring replacement on a calendar basis typically every two years regardless of mileage. Finally, verifying the vehicle's service history stamps and supporting documentation will be essential to confirm that time-based maintenance has been performed even where mileage did not necessitate it, as a vehicle standing for extended periods between uses can suffer from oil degradation, coolant additive depletion, and brake fluid moisture absorption that do not appear on the odometer. The underbody and structural areas should be examined for any signs of corrosion, particularly around suspension mounting points, brake lines, and the exhaust system, as age-related oxidation can progress independently of mileage accumulation. Steering should be assessed for smoothness and free from excess play, and the four-wheel-drive system, if fitted, should be exercised to confirm smooth engagement and disengagement without undue noise or vibration. On the test drive, listen attentively for any drivetrain clonks on initial movement, verify that the automatic transmission shifts cleanly throughout the full range, and confirm that the engine reaches operating temperature promptly without irregular idle behaviour, as these observations will help establish whether this low-mileage example has genuinely been preserved or merely stored with its latent issues yet to manifest under load.