2021 Toyota RAV4 2.5L Hybrid electric (clean) · AF71 BFJ

The 2021 Toyota RAV4 has demonstrated a stable roadworthiness trend over its MOT history, with both tests conducted in July 2025 and September 2024 resulting in clean passes at 41,742 and 32,060 miles respectively. No defects or advisories were recorded in either instance, indicating the vehicle has not experienced recurring mechanical or structural issues during these inspections. The most recent test, just over a year ago, confirms the car remains compliant with current UK roadworthiness standards, though a thorough in-person inspection is essential to verify conditions beyond the MOT’s scope—particularly for wear items not routinely tested. The recorded mileage of 41,742 miles at five years old suggests moderate usage, averaging around 8,348 miles annually, which aligns with typical patterns for this age. There is a notable gap of approximately 10 months between the September 2024 and July 2025 tests, during which the vehicle accumulated nearly 10,000 miles. While this period is within the standard 12-month MOT validity window, the rapid mileage accumulation implies increased wear on high-stress components such as brakes, suspension bushes, and tyres. The absence of advisories or defects in both tests suggests these components were either well-maintained or have not yet reached critical failure thresholds. Given the clean MOT record, the primary focus of an in-person inspection should centre on consumable items and suspension integrity. Tyres, despite no MOT faults, should be checked for uneven wear, which could indicate alignment issues or worn suspension bushes. The brakes, though not flagged, warrant verification for binding calipers, uneven pad thickness, or excessive disc wear—especially given the recent high mileage. Suspension components, including coil springs and bushes, should be examined for corrosion or cracking, as these are common failure points in this age range. Additionally, the underbody should be inspected for signs of structural corrosion, particularly around wheel arches and the sills, to ensure long-term structural integrity.