2017 Honda CR-V 1.6L Diesel · WF17 OPS

Recurring wear on the front braking system and tyre edges defines the recent mechanical history of this vehicle, marking a departure from the largely faultless testing record observed between 2020 and 2024. While the vehicle successfully passed its most recent MOT on 22 December 2025, the accumulation of advisories regarding thinning brake pads and worn discs on both front corners, alongside tyre edge wear, indicates that the front-end consumables are reaching the end of their service life. This trend suggests that the vehicle has entered a phase where increased maintenance intervention is required to maintain roadworthiness, contrasting with the previous four years of clean test results. With 83,343 miles recorded over nine years, the vehicle has maintained a consistent annual usage rate of approximately 9,260 miles. This steady accumulation is typical for a vehicle of this class and suggests regular, ongoing operation rather than periods of prolonged storage or excessive high-intensity use. Mechanically, this usage profile points to a vehicle that has likely been subjected to standard road conditions, meaning that while the drivetrain has been kept active, the suspension components and chassis mounts will have experienced normal fatigue consistent with this mileage. Prospective buyers should prioritise a thorough inspection of the front braking components during a test drive. Listen specifically for any grinding noises or metallic scraping when applying the brakes, which would indicate that the pads flagged in the December 2025 test have worn down to their wear indicators or the backing plate. Furthermore, test the pedal feel for any pulsing or judder, as this would confirm the need for the disc replacement noted in the MOT advisories. Ensure the vehicle tracks straight on a flat road, as the repeated flagging of tyre edge wear in both 2025 tests may indicate an underlying geometry misalignment that could lead to premature wear of new tyres if not rectified. Beyond the front-end components, the suspension system should be evaluated for signs of fatigue that often accompany this mileage. During the test drive, listen for any knocking or clunking sounds when traversing speed bumps or uneven surfaces, which could signify play in the drop links or lower control arm bushes. While the MOT history shows no structural or corrosion-related defects, it is advisable to inspect the underside for any surface oxidation on the subframe or brake lines, particularly given the vehicle's age. Confirm that the headlamp aim remains correct, following the minor adjustment failure recorded in 2020, to ensure visibility is not compromised during night-time operation.