2010 Toyota Vellfire 2.4L Petrol · F16 AAG

This Toyota Vellfire has demonstrated a stable roadworthiness trend over the past two years, with the most recent MOT test on 12 March 2026 confirming no defects. The vehicle passed without fail in March 2026 and March 2025, though it failed twice in quick succession in early 2025 and early 2024—both instances recorded with no specific defects noted. This suggests either a brief administrative oversight or a minor, intermittent issue that did not recur in subsequent tests. The absence of advisories or repeated failures on the same components in recent years implies the vehicle has been maintained at a level sufficient to pass MOT standards, though the lack of detail in the failed tests prevents deeper insight into potential underlying concerns. The recorded mileage of 216,845 miles over approximately 16 years equates to an average of 13,553 miles per year, which is unusually high for a vehicle of this age. This rate of usage suggests significant wear on high-stress components such as suspension bushes, coil springs, and brake calipers, as well as potential degradation in drivetrain elements like constant velocity joints or differential seals. Notably, there are no gaps in MOT testing beyond the expected three-year cycle, but the rapid mileage accumulation raises concerns about whether critical components—particularly those subject to fatigue—have been proactively serviced. The lack of mileage increments between tests (all tests occur within a narrow window of March) may indicate the vehicle was either stored briefly or driven in short bursts between inspections. Given the high mileage and the absence of specific failure details in past tests, a buyer should prioritise an in-person inspection of the suspension system, focusing on worn or cracked bushes, sagging coil springs, and binding calipers. The brakes, particularly the rear system, warrant close examination for uneven wear, glazed linings, or warped discs, as repeated failures on this component are often masked by minor adjustments. Structural integrity should also be assessed for corrosion, particularly around wheel arches, sills, and the subframe, where rust can compromise safety-critical elements. The drivetrain, including CV joints and the differential, should be checked for leaks or excessive play, as these are common failure points in high-mileage vehicles. While the MOT record suggests the vehicle has passed recent inspections, the high annual mileage implies these areas may require attention before long-term reliability can be assured.