2016 Volkswagen Crafter 2.0L Diesel · BK57 BUS

The vehicle's most recent MOT test on 20 August 2026 resulted in a pass, which on the surface is reassuring, but the underlying trend across the recorded history is one of progressive mechanical decline rather than stability. The 2026 test carried advisories for play in the offside front steering rack inner joint and the offside front lower suspension arm ball joint, items that are consistent with the steering and suspension wear documented at earlier tests and which have now progressed rather than been rectified. The intervening test in July 2026 resulted in a failure due to the engine management warning lamp indicating a malfunction, a serious emissions and engine control issue that requires diagnostic interrogation to determine whether the cause is a sensor, wiring, or catalytic converter related fault. Given that the steering and suspension advisories from 2023 have carried forward and been joined by further wear items and an engine management fault, the overall maintenance trend should be regarded as worsening, with advisories being allowed to accumulate rather than addressed at source. The recorded mileage of 312,258 miles over a ten-year working life equates to roughly 31,000 miles per annum, which is considerably above average for a light commercial of this type and indicates sustained, heavy duty use. The MOT record spans from mid 2022 to late 2026, and although there are no recorded tests in 2024 and 2025, the jump from the 2023 advisories to the 2026 pass and failure suggests either considerable unrecorded mileage accumulation or a period off the road, both of which carry their own implications. High annual mileage of this magnitude will place significant wear on the clutch, dual mass flywheel if fitted, turbocharger, injectors, braking system, and suspension components, all of which should be regarded as life limited items that may be approaching or past their service thresholds on a vehicle of this age and use profile. For a prospective buyer, the recurring steering rack inner joint advisories on both the offside and nearside, the lower suspension arm ball joint wear, and the anti-roll bar linkage bush wear recorded in 2023 all warrant close physical inspection and a careful test drive. On the road, listen for clonking or knocking noises from the front suspension over uneven surfaces, vagueness or wandering from the steering, uneven or feathered tyre wear particularly on the inner edges, and any shimmy through the steering wheel under braking which may indicate worn components exacerbated by disc wear. The steering end tube wear advisories from the July 2026 failure should also be investigated, as worn steering end tubes contribute to imprecise handling and can fail MoT outright once play exceeds permissible limits. Given the high mileage, the brake discs and pads, caliper guide pins and slider mechanisms, and flexible brake hoses should all be physically examined for wear, corrosion, and seizure, while the rear anti-roll bar bushes if not already replaced should be considered an imminent maintenance item. Beyond the documented defects, a vehicle at 312,000 miles with this usage history requires thorough inspection of the drivetrain and engine ancillaries. Check for oil leaks from the sump, cam chain cover, and turbocharger oil feed and return lines, as these seals harden and weep at high mileages. Inspect the timing belt or chain service history, as replacement intervals are absolute on calendar and mileage bases regardless of apparent condition, and confirm whether the dual mass flywheel and clutch have been renewed, as a worn DMF will produce rattling on overrun and vibration on take-up. Examine the exhaust system for corrosion and blowing joints, particularly around the DPF and catalytic converter, given the engine management light fault which may have catalytic or DPF pressure sensor implications. Age related items also demand attention including tyre sidewall perishing and DOT date codes, coolant and brake fluid renewal dates given their calendar based degradation, the condition of the 12 volt battery which suffers from sulphation on high mileage vehicles subject to frequent short starts, and finally a thorough underbody examination for corrosion to structural members, subframes, and brake and fuel lines, all of which are critical on a high mileage commercial vehicle of this age.