2018 Volkswagen Sharan 2.0L Diesel · LL68 KGF

The most recent MOT test for this 2018 Volkswagen Sharan occurred on 2025-12-11, resulting in a passing grade despite multiple advisories that indicate wear approaching legal limits. While the vehicle has not failed an MOT since 2024-12-04, the presence of repeated tyre wear advisories—particularly on the front and rear near-side and offside tyres—suggests a pattern of either aggressive driving or uneven load distribution, which could exacerbate further if not addressed promptly. The single major failure in 2024-12-04, relating to excessive wear in the offside front suspension arm pin or bush, indicates a critical component failure that required immediate attention, implying either pre-existing degradation or cumulative stress from high mileage. This trend, combined with the lack of subsequent failures, suggests the vehicle has maintained roadworthiness but is subject to ongoing wear issues that demand proactive management. The recorded mileage of 129,590 miles for an eight-year-old Sharan represents a high annual usage rate of approximately 16,199 miles per year, which is notably elevated for its age. Such mileage accumulation typically accelerates wear on consumables like brake pads, tyres, and suspension components, as well as potential stress on drivetrain elements such as the offside front suspension arm. The absence of long periods of inactivity or low-mileage intervals further suggests the vehicle has been subjected to frequent, possibly heavy use, which could contribute to the observed tyre wear patterns and suspension deficiencies. Buyers should be aware that this level of usage may have led to accelerated degradation of internal components, and a thorough inspection should account for the increased likelihood of hidden wear or fatigue in critical systems. To proceed with a purchase, the prospective buyer should conduct a meticulous mechanical inspection, focusing first on the suspension and tyre systems given the MOT advisories. Visually inspect the offside front suspension arm for signs of excessive play, corrosion, or separation from the vehicle’s frame, and listen for unusual clunking or rattling when the vehicle is driven at varying speeds—particularly over bumps or rough roads—to confirm the previously failed pin or bush is fully repaired and not re-degrading. The tyre wear patterns should be examined closely; uneven wear on the edges of the front and rear tyres may indicate misalignment, incorrect load distribution, or suspension issues that require correction. Pay particular attention to the tread depth and sidewall condition, as the advisories suggest the tyres are nearing the legal limit, and further wear could compromise traction and handling. Beyond the suspension and tyres, the buyer should also assess the vehicle’s brake system for signs of excessive heat damage or corrosion, especially on the offside front discs, which may have been affected by the suspension failure or prolonged standing. Check for binding calipers, uneven brake pad wear, or a spongy or pulsating brake pedal, which could indicate warped discs or internal brake component failure. Fluid levels should be verified, with particular attention to the brake fluid reservoir, as standing vehicles can lead to brake fluid absorption of moisture, reducing hydraulic efficiency. Additionally, the 12V battery should be tested for voltage output and overall health, as prolonged inactivity or high-mileage usage can accelerate battery degradation. Finally, given the vehicle’s age and mileage, a review of the service history is essential to confirm compliance with manufacturer-recommended intervals for oil changes, coolant flushes, and timing belt replacement—if applicable—though the Sharan’s timing belt service is typically covered by the manufacturer’s warranty if the vehicle was serviced within the stipulated mileage or timeframe. For tyre-related advisories, consider replacing them to the legal minimum tread depth (1.6mm) to ensure safe operation, and address the suspension advisories promptly to prevent further component failure.