2016 Volvo XC60 2.0L Diesel · AV65 FJA

A concerning cluster of structural tyre failures and critical friction material depletion defines the recent mechanical trajectory of this 2016 Volvo XC60. While the vehicle successfully secured a pass on 2026-01-24, this came immediately on the heels of a failure two days prior that logged dangerous defects for structural tears on both front tyres and critically thin offside rear brake pads measuring under 1.5 millimetres. Furthermore, persistent advisories regarding an oil leak and recurring rear tyre edge wear have appeared across multiple consecutive annual inspections, signaling that mechanical attention has shifted from preventative upkeep to reactive corrective action in recent test cycles. Accumulating 73,257 miles over its ten-year lifespan yields an average annual mileage of roughly 7,326 miles, placing this XC60 comfortably within typical usage parameters for a large diesel or petrol family SUV. This steady accumulation indicates consistent road use rather than intensive commercial deployment or prolonged periods of stationary storage. Mechanically, this usage rate means the drivetrain and suspension components have experienced regular operating thermal cycles, though it also confirms that heavy rotating assemblies and chassis linkages have accumulated a decade of standard operational wear. Given the specific history flagged in the test logs, a physical inspection must prioritize a thorough investigation of the engine bay and underbody to locate the source of the recorded oil leak, checking for failing sump gaskets, turbo feed lines, or rocker cover seals. When inspecting the braking system, verify the condition of all four brake discs and calipers, ensuring the offside rear caliper retracts properly and is not causing premature pad wear or binding. Examine the rear axle geometry and suspension bushes for play, as recurring edge wear on the rear tyres points to potential tracking misalignment or tired multi-link suspension bushings. During the test drive, listen carefully for any metallic grinding or scraping noises from the rear corners, which would indicate residual friction material issues despite the recent test pass. Pay close attention to steering feedback and straight-line stability to rule out tracking discrepancies that could accelerate tyre shoulder wear, and inspect the steering wheel for vibration under braking. Finally, thoroughly check the engine compartment and underbody shielding after the drive to assess the severity of the noted oil leak and determine whether it represents simple misting or an active fluid loss requiring immediate component replacement.