2007 Toyota RAV4 2.0L Petrol · VX07 RNF

The vehicle currently holds a valid MOT, but the history reveals a reactive approach to maintenance rather than preventative care. The most recent test in March 2026 at 124,857 miles passed just three days after a significant failure. This failure was caused by a major rear exhaust leak that prevented the completion of emissions testing. While the vehicle is currently roadworthy, the recurring nature of exhaust-related issues and lighting lamp defects suggests that components are only addressed once they reach a point of legal failure. At roughly 19 years old, the recorded mileage of 124,857 miles represents an annual average of approximately 6,500 miles, which is consistent with low-intensity domestic use. The data shows consistent usage, with roughly 10,000 miles covered between March 2024 and March 2025, and another 8,900 miles recorded between March 2025 and March 2026. This steady mileage pattern typically results in age-related degradation of rubber components and fluids despite lower mileage. A physical inspection must focus heavily on the exhaust system and underbody corrosion. The March 2024 test already noted corrosion and a minor leak on the intermediate pipe, which escalated into a major failure by 2026. The buyer should inspect the exhaust hangers, manifold, and mounting points for advanced rust that could lead to further structural failures. Additionally, the 2025 failure regarding multiple tyres worn unevenly on edges indicates potential alignment issues or worn suspension bushes and ball joints that should be verified to prevent premature tyre wear. The recurring history of headlamp and wiper failures also warrants attention. The tester flagged defective headlamp lenses and ineffective wipers in consecutive years, meaning the buyer should ensure the current lenses are not clouded and that the wiper assembly is seated correctly. Given the age of the RAV4, a thorough check of the brake lines and suspension control arms is essential, as the MOT record does not provide detail on the state of these critical mechanical subassemblies.