2014 Ford Grand C-MAX 1.6L Diesel · WD14 VDL

Recurring issues with braking consumables and rear suspension wear define the mechanical history of this vehicle, which passed its most recent inspection on 2025-10-08 with an advisory for thin offside rear brake pads. This particular component has been a point of failure previously, having been flagged as dangerous in September 2023. The overall record indicates a pattern of failures and advisories centered on wear-and-tear items, including multiple instances of tyre tread depth and condition issues, suggesting a trend of components reaching their limit just prior to testing. The recorded mileage of 132,293 miles is consistent with the vehicle's age, averaging approximately 11,024 miles per year. This level of usage typically results in significant wear to the drivetrain, engine mounts, and chassis consumables. Given the mileage, the vehicle has entered a phase where suspension components and braking systems require more frequent monitoring and replacement to maintain roadworthiness. Attention should be paid to the rear suspension, specifically the trailing arm front bushes on both the nearside and offside, which were noted as worn in September 2024. During a test drive, listen for knocks or clunks coming from the rear of the vehicle when traversing uneven road surfaces or speed bumps, as worn bushings can lead to instability and imprecise handling. The recurring nature of the rear brake pad wear, most recently flagged in October 2025, necessitates a check for any uneven braking or noise during deceleration. Further inspection should focus on the condition of all four tyres, as the history shows a frequent pattern of tread wear and sidewall cracking, including a dangerous failure for a rear tyre in 2022. Ensure the current tyres are not perishing or worn unevenly, which could indicate further suspension or alignment issues. The previous recording of missing rear passenger seats in 2021 should be verified to ensure the interior configuration is now correct and all safety restraints are present and functional.