2022 Toyota Camry 2.5L Petrol · AE71 FXA

The 2022 Toyota Camry carries a singular MOT failure in its recent history—a missing rear fog lamp recorded under part number 4.5.1 (a) (ii)—while the vehicle otherwise maintains a clean record with its most recent test on 2026-07-29 showing a pass. A second entry on the same date indicates an earlier failure was noted and subsequently resolved, suggesting intermittent documentation or a brief lapse in compliance monitoring. Overall, the roadworthiness trajectory remains stable with no systemic deterioration evident across the available records, yet the isolated lighting deficiency represents the primary item requiring verification before acquisition. At 90,098 miles on a four-year-old chassis, the vehicle accumulates approximately 22,500 miles annually, a rate markedly elevated compared to standard usage patterns for a model introduced in late 2021. Such rapid mileage progression typically signals either frequent daily commuting, prolonged periods of idling, or the car having accumulated significant distance through a combination of regular use and extended storage cycles interspersed with hard driving. The high annual tally places increased strain on components such as the suspension bushings, brake pads, and drivetrain bearings, meaning that even minor deficiencies may manifest more quickly than would be expected at lower mileage thresholds. Given the single documented failure involves the rear fog lamp, the immediate priority upon purchase is to confirm that the replacement unit is fully installed and operational, ensuring proper illumination for low-visibility conditions. During the test drive, pay particular attention to whether the fog lamp functions when activated and whether any other exterior light assemblies exhibit irregular operation. The substantial mileage also warrants a focused inspection of the subframe and wheel arches for surface corrosion, particularly in areas prone to salt contamination or road salt exposure, as older vehicles at this mileage stage often develop rust that compromises structural integrity despite appearing visually intact. For a comprehensive pre-purchase assessment, verify that the suspension system exhibits smooth travel without clunking or skipping over bumps, which can be exacerbated by high-mileage wear on control arms and bushings. Inspect the brake lines and master cylinder for signs of leakage or damage, especially considering the elevated usage profile that accelerates pad and rotor wear. Finally, ensure that all other systems—engine management, cooling system, and electrical architecture—remain within normal parameters, as the high mileage record suggests cumulative stress across the powertrain that may not be immediately apparent without hands-on testing.