2016 Skoda Yeti 2.0L Diesel · ML16 AAJ

A pattern of recurring brake component wear and a recent dangerous failure for a structural tyre issue defines the mechanical profile of this Skoda Yeti. While the most recent test on 10 February 2026 resulted in a pass, it followed a failure for a dangerous defect involving a torn offside rear tyre with structural separation. This specific failure indicates a sudden compromise in tyre integrity rather than a gradual wear issue, but the preceding years show a consistent trend of advisory notices regarding the braking system. The vehicle has covered 82,752 miles over its ten-year lifespan, representing an average annual accumulation of approximately 8,275 miles. This usage pattern is consistent with typical light-to-moderate domestic driving. Mechanically, this level of mileage suggests that while the vehicle has not been subjected to heavy long-distance motorway use, components subject to friction and thermal cycles, such as the braking system and suspension consumables, will be entering a phase of more frequent replacement. The braking history is the primary area for scrutiny, with advisories recorded in both 2023 and 2025 concerning worn brake pads and both front and rear discs. The 2025 record specifically flagged the nearside and offside front brake discs as being worn, following a 2023 advisory regarding thin rear pads and pitted or scored rear discs. During a test drive, it is essential to check for any pedal judder or vibration under braking, which can indicate disc thickness issues or warping, and to listen for any grinding noises that might suggest the pads have reached the limit of their service life. Beyond the braking system, the recent failure for a structural tyre tear necessitates a thorough inspection of the remaining tyre tread and sidewalls for any signs of bulging, cracking, or uneven wear. Given the history of brake disc and pad advisories, a physical inspection of the calipers for signs of binding and an assessment of the braking response should be prioritised. Any pulling to one side during deceleration should be investigated as it may relate to the previously noted uneven wear on the front discs.