2007 Toyota RAV4 2.0L Petrol · WD07 HBX

Chronic chassis and suspension wear is the defining mechanical characteristic of this nineteen-year-old RAV4, with every MOT in the recorded sequence flagging degraded components. The most recent test on 10 December 2025 returned a pass, but the advisory list again highlighted a corroded integral body structure on the underside, a worn nearside front wishbone rear bush, an insecure undertray, a deteriorating front number plate, and a nearside front headlamp with product contamination on the lens. The pattern is worsening rather than improving, as the 2024 test introduced advisories on both rear coil spring corrosion and multiple trailing arm bushes, and the December 2024 failure was directly linked to worn front brake discs that had been progressively recorded across consecutive examinations. This is a vehicle where rubber, metal, and braking components are reaching the natural end of their service life simultaneously, and the advisories from one year routinely roll forward into the next. Mileage accumulation on this RAV4 sits at roughly 7,374 miles per year over its lifetime, which is broadly typical for a nearly twenty-year-old vehicle and points to consistent, moderate use rather than long stationary periods or extreme high-mileage motorway running. There are no significant gaps between MOT tests to suggest extended lay-up, meaning the recorded corrosion and suspension wear is genuine age-related deterioration rather than damage caused by standing unused. Consistent annual mileage of this nature tends to keep seals, brakes, and drivetrain components in working order, but it does not arrest the natural oxidation of structural steel or the hardening and cracking of polyurethane bushes, both of which are clearly evident here. A prospective buyer should focus the physical inspection on the underside of the vehicle, where the advisories describe corrosion of the integral body structure across various locations. This warrants placing the car on a ramp to check for perforation around subframe mounts, suspension anchor points, and the rear axle area, as surface corrosion flagged at MOT can progress to structural failure between annual tests. Pay particular attention to the nearside rear coil spring, which was specifically recorded as corroded, and inspect all four trailing arm and wishbone bushes by hand for free play, as multiple examples have been flagged on both sides over consecutive tests. A test drive should be conducted over uneven surfaces and speed humps to listen for clonking or knocking from the front suspension, feel for vagueness or wandering in the steering, and detect any shudder or vibration through the brake pedal under firm application, given the recorded front disc scoring. Brake system condition requires direct verification, as the nearside and offside front discs were both marked as worn and pitted at the December 2024 failure, with no subsequent replacement confirmation appearing in later advisories. On inspection, feel the outer edge of each front disc for a pronounced lip and check for a blueing or heat-shimmer pattern indicating overheating cycles. The headlamp lens contamination flagged on the nearside front unit should be assessed for whether it reduces beam pattern effectiveness in darkness, and the undertray should be confirmed as properly secured or refitted. Finally, examine the nearside front tyre shoulder for uneven wear, as the 2023 advisory specifically noted edge wear which can indicate worn suspension bushes allowing geometry drift, and verify that all tyres have sufficient remaining tread depth to avoid immediate replacement.