2013 Volkswagen Sharan 2.0L Diesel · FR13 NXD

Severe, persistent front suspension bush wear and rapid inner tyre degradation define the underlying roadworthiness history of this 2013 Volkswagen Sharan. Although the vehicle secured a valid MOT pass on 7 September 2026, this followed an immediate failure three days prior on 4 September 2026 due to three separate dangerous defects for ply or cords exposed on both front tyres and the nearside rear tyre. This pattern of severe uneven wear directly mirrors a multi-year history of advisories for worn front lower suspension arm rear bushes and inner tyre edge wear dating back through 2024 and 2023. While the immediate tyre hazards were resolved to obtain the pass, the underlying mechanical trend shows ongoing chassis degradation, accompanied by an oil leak noted in 2025 and emerging rear suspension corrosion on the latest test. Accumulating 159,871 recorded miles over approximately thirteen years equates to an average annual usage of roughly 12,300 miles, placing this vehicle in a higher-mileage category for its age. Consistent year-on-year mileage accumulation indicates regular operational service rather than extended periods of standing, meaning major mechanical assemblies have experienced continuous duty cycles. At this mileage level, heavy-duty chassis components, suspension linkages, engine mountings, and drivetrain seals are naturally approaching advanced stages of wear, making component tolerance and structural condition primary points of evaluation. Prospective buyers must focus heavily on the front control arms and overall alignment geometry. Given the chronic history of inner tyre scrub and worn lower suspension arm rear bushes, the vehicle requires a precise four-wheel alignment check and physical inspection of all rubber mountings. On a test drive, pay close attention to any deep knocking or clunking sounds from the front suspension when travelling over uneven road surfaces or speed bumps, which signals excessive movement in degraded control arm bushes. Feel for steering wheel pull, a vague center feeling at speed, or severe tracking instability, which indicates uncorrected geometry that will rapidly destroy new tyres. Furthermore, as rear coil springs were previously flagged for corrosion alongside recent rear suspension component rust, the vehicle should be inspected underneath on a lift to ensure corrosion remains surface-level and has not compromised structural mounting points. The engine bay and braking system also require specific verification based on past test entries. A non-excessive engine oil leak was recorded in 2025, so the lower engine casing, sump area, and bellhousing should be inspected for active fluid migration that could degrade rubber suspension mountings underneath. Earlier tests repeatedly noted worn, scored, and pitted front and rear brake discs alongside worn rear pads. Test for pedal judder, pulsing, or harsh grinding under braking, which would confirm heavily grooved or warped friction surfaces requiring replacement. Finally, inspect the windscreen to ensure the minor damage noted on the latest test remains outside the direct line of sight and has not started to crack further.