1998 Toyota RAV-4 2.0L Petrol · S295 CUY

The defining mechanical story of this first-generation Toyota RAV4 is one of accumulating structural and chassis wear on a vehicle now pushing three decades of age, with the most recent MOT on 7 May 2014 passing only after advisories were raised for corrosion in all four suspension component mounting prescribed areas and a minor exhaust gas leak from the rear silencer. The trend across the recorded tests points to progressive deterioration rather than stable condition: the 2009 and 2012 tests recorded no defects, but by 2010 advisories had begun appearing for rear shock absorber oil misting and constant velocity joint gaiter deterioration on both sides, and a fracture of the offside rear coil spring together with an inadequately supported rear exhaust system caused the 2010 fail. The January 2011 re-test passed after the brake hoses were replaced, yet the gaiter and shock absorber advisories persisted into the 2014 record alongside the new suspension mounting corrosion items, indicating that wear issues flagged years earlier were not fully resolved and that new corrosion concerns have since emerged on a chassis now twenty-eight years old. Against an age of roughly 28 years, the recorded mileage of 119,910 miles equates to an annual accumulation of approximately 4,282 miles, which is notably low for the vehicle's life and suggests either significant periods of light or no use, or extended storage. The MOT history itself confirms a substantial gap in testing, with the first recorded entry in January 2009 when the vehicle would have been around eleven years old, indicating that several years of use during the early 2000s are not captured in any official test record. Mechanically, this pattern of low average mileage is consistent with the chronic advisories observed: the constant velocity gaiter deterioration, shock absorber oil misting, and coil spring fracture all reflect components that age with calendar time as much as with use, and the multi-year front brake pad wear advisory on the 2013 test is likewise a calendar-age phenomenon. Corrosion in suspension mounting areas, particularly when present on all four corners simultaneously, tends to develop progressively on a chassis that has spent considerable time exposed to the elements, regardless of how few miles have been covered. For a prospective buyer, the priority inspections on this RAV4 should centre on the specific components flagged in the advisories. The four suspension mounting area corrosion items from 2014 must be physically inspected on a ramp or over a pit for any progression to excessive corrosion, with particular attention to the strut tops, lower suspension arms, and rear axle mounting points, since a four-corner pattern of corrosion in 2014 on a 16-year-old vehicle at the time is likely to have advanced further in the intervening years. A test drive should be conducted over varied road surfaces to listen for knocking or clonking from the front end indicative of worn suspension bushes or top mounts, and any uneven tyre wear should be noted as a potential symptom of suspension geometry disturbance. The rear shock absorbers, which were already misting oil in 2010 and 2011, should be checked for current seepage and for any bouncing or poor damping response over bumps, while the rear coil spring that fractured in 2010 should prompt a careful check for the offside rear sitting lower than the nearside, suggesting a further fracture or significant sag. The front brake hoses that failed in 2011 are likely to have been replaced, but a second failure of similar flexible hoses elsewhere on the vehicle is plausible at this age, so all visible brake flex lines should be inspected for cracking, bulging, or perishing under load, and the pedal feel should be firm and consistent during a firm braking test from speed. The constant velocity joint gaiters, flagged as deteriorated on both sides in 2010, 2011, and again in 2014, represent a long-standing and unresolved advisory that warrants close scrutiny. The gaiter rubber should be inspected for splits, grease loss around the inner and outer boots, and any clicking or knocking on full-lock turns at low speed, which would indicate grease depletion and joint wear from contaminated or dried-out CV joints. The exhaust system, which has received advisories in four of the seven recorded tests for leaks, missing mountings, and general deterioration, should be examined along its full length for corrosion holes, loose hangers, and separated joints, with the engine running to listen for blowing sounds under load. Finally, given the low average mileage and the multi-year lay-up implied by the testing history, the buyer should check thoroughly for signs of seized brake calipers, perished fuel lines, dry-rotten suspension bushes, and any evidence of rodent damage to underbonnet wiring and hoses, all of which are typical consequences of long periods of stationary storage on a vehicle of this vintage.