1999 Toyota RAV4 2.0L Petrol · S440 BCD

This 1999 Toyota RAV4 presents a stable and reassuring roadworthiness profile. The most recent MOT, conducted on 27 April 2024 at 112,428 miles, passed cleanly with zero defects recorded. That same clean sheet extends back through every listed test in this record, spanning from August 2019 to April 2024. The trend is unambiguously stable, with no recurring faults, no advisories, and no pattern of deteriorating mechanical condition over the documented period. The mileage accumulation tells a consistent story of light use. Between the July 2022 test at 110,131 miles and the April 2024 pass at 112,428 miles, the vehicle covered just 2,297 miles across roughly 21 months. The earlier intervals show similar restraint: 3,826 miles between July 2021 and July 2022, and 4,849 miles between July 2020 and July 2021. Annualised across its 27-year life, the total of 112,428 miles equates to roughly 4,164 miles per year, well below typical UK averages. The record shows no sudden spikes in accumulation and no gaps longer than the standard annual test cycle, suggesting the vehicle was in regular, if minimal, use rather than sitting idle for extended periods. Despite the clean MOT history, a buyer should approach this RAV4 with a thorough in-person inspection focused on age-related deterioration rather than mileage-driven wear. A 27-year-old vehicle, regardless of low use, is susceptible to perished rubber suspension bushes, degraded dust covers on constant velocity joints, and latent corrosion on subframes, sills, and around the rear wheel arches. The braking system warrants close attention; even light use can cause seized calipers, sticking handbrake mechanisms, and corroded brake discs if the vehicle has experienced prolonged stationary periods. Tyre age is a critical check, as rubber compounds degrade over time regardless of remaining tread depth. Any tyres older than six years should be replaced irrespective of visual condition. The exhaust system should be inspected for internal corrosion and the catalytic converter's condition, since short-journey use accelerates moisture buildup and internal rust within the silencer and pipework. The engine and transmission should be assessed for oil leaks around camshaft seals, rocker covers, and crankshaft oil seals, all common failure points on ageing Toyota V6 and four-cylinder units. Coolant condition and the integrity of rubber hoses must be verified, as electrolytic corrosion within the cooling system can develop quietly over years of neglect. Interior electrics, including window regulators, central locking actuators, and dashboard illumination, should be tested comprehensively. A clean MOT record confirms legal compliance at each test point, but it does not guarantee the absence of age-related faults that develop between annual inspections. This vehicle's record suggests attentive ownership, yet its age demands scrutiny beyond what any MOT certificate can convey.