2011 Toyota RAV-4 2.2L Diesel · NL11 DXT

The maintenance trend for this 2011 RAV-4 has severely deteriorated, culminating in a significant failure on 2025-10-21 at 158,829 miles. Prior to this, the vehicle passed cleanly in 2022 and 2023, but a 2024 failure revealed fractured anti-roll bar linkages and a major exhaust leak, which were evidently repaired given the subsequent October 2024 pass. The October 2025 failure, however, demonstrates a stark regression. The tester flagged critical structural and safety defects, including a missing obligatory interior mirror, exposed cords on the offside tyres, and damaged nearside step sill mounting brackets posing an injury risk. Both front shock absorbers exhibited negligible damping, while suspension bushes and the rear sub-frame showed advanced wear and corrosion. This pattern suggests the previous owner deferred essential maintenance, allowing the vehicle's mechanical integrity to degrade rapidly over a short period. Covering 158,829 miles over fifteen years equates to roughly 10,589 miles annually, a typical annual distance for a vehicle of this age. The mileage accumulation between tests reveals a notable spike. Between the October 2022 test at 104,936 miles and the October 2023 test at 118,791 miles, the SUV covered 13,855 miles. This jumped to 15,404 miles by the September and October 2024 tests at 134,193 and 134,195 miles. Most strikingly, the odometer read 158,829 miles on the October 2025 test, representing a sudden 24,634-mile increase in just twelve months. Such a sharp acceleration in usage over the last year likely contributed to the rapid deterioration of consumables and suspension components, outpacing the standard wear expected for a typical annual mileage. A prospective buyer must conduct a rigorous physical inspection of the chassis and safety systems before considering this vehicle. The October 2025 report highlighted rear sub-frame corrosion, and while the tester deemed it not seriously weakened, a thorough underside inspection is mandatory to assess the extent of rust progression on the suspension mounts and sill brackets. The repeated exhaust failures, including a major leak in 2024 and again in 2025, warrant a close examination of the system's structural integrity, particularly the flexi-pipe and mounting points. Suspension components require immediate scrutiny; the excessively worn front anti-roll bar ball joints and worn suspension arm bushes indicate neglected lubrication and wear, and the failed shock absorbers compromise vehicle dynamics. Finally, verify the condition of the nearside step sill mounting brackets and ensure the offside headlamp aim and engine management light faults have been permanently rectified, as the inoperative engine MIL suggests underlying electronic issues remain unresolved.