2020 Renault Captur 1.3L Petrol · PF69 MDZ

This 2020 Renault Captur has consistently passed its annual MOT examinations, demonstrating a generally sound track record for roadworthiness. However, a recurring advisory regarding front tyre wear, specifically on the inner edges, was noted in the latest test on 2026-01-21, mirroring a similar observation in 2024. While the 2025 test passed without any recorded defects, this pattern of uneven tyre wear warrants close attention, suggesting a potential underlying issue with wheel alignment or front suspension geometry. With 40,264 miles recorded over approximately six years, this Renault Captur has accumulated mileage at a rate of around 6,700 miles per annum, which is typical for a vehicle of its age. This usage pattern suggests a consistent level of road use without extended periods of inactivity or unusually high mileage accumulation that might accelerate wear on major drivetrain or chassis components beyond expected levels. The consistent annual testing indicates regular use and presentation for inspection. The repeated advisories for front tyre wear, specifically on the inner edges in 2026 and the edge in 2024, are a significant point of attention. This strongly indicates a potential issue with the vehicle's wheel alignment or wear within the front suspension components, such as track rod ends, ball joints, or wishbone bushes, which can affect the camber or toe settings. A thorough inspection of these specific components is recommended, alongside a professional four-wheel alignment check, as part of any pre-purchase assessment. During a test drive, pay close attention for any steering pull to one side, vagueness in the steering, or unusual knocking noises emanating from the front suspension when traversing uneven surfaces or speed bumps. Uneven tyre wear not only reduces tyre life but can also compromise handling and braking performance. Addressing the root cause of this uneven tyre wear is crucial not only for tyre longevity but also for maintaining optimal road safety and vehicle stability.