1993 Volkswagen Transporter 2.4L Diesel · K784 DDP

Structural corrosion is the primary mechanical concern for this vehicle, evidenced by major failures in 2019 regarding the nearside front wheel arch and rear inner panel structural strength. While the vehicle passed its last recorded test on 14 June 2022, the history shows a recurring pattern of underbody corrosion and suspension-related rust dating back to 2018. The trend indicates a vehicle that has faced significant challenges with structural integrity and basic electrical components, such as fog lamps and headlamp alignment, throughout its testing history. The recorded mileage of 88,621 miles is low for a vehicle of this age, averaging approximately 2,685 miles per year. Such a low rate of accumulation often suggests periods of inactivity or limited usage, which can contribute to the corrosion and pitting observed in the brake discs and underbody. There is a notable gap in testing between August 2020 and June 2022, which may further indicate a period where the vehicle was off the road. A physical inspection should prioritise the areas previously flagged for structural failure, specifically the wheel arches and rear suspension mounting points. Check for any signs of fresh weld repairs or filler used to mask corrosion on the chassis and cross member. During the test drive, listen for clicking sounds from the front wheels during tight turns, which would indicate that the constant velocity joints, previously flagged for split boots and damaged gaiters, have deteriorated. Any evidence of active oil leaks should be checked against the 2018 advisory to determine if the issue persists. The braking system requires close scrutiny due to the 2022 advisories regarding worn, pitted, and scored discs on both axles, alongside thin pads on the nearside rear. During a test drive, feel for any pedal judder or uneven braking force, which are common symptoms of pitted or warped discs. Ensure the brake pedal response is firm and consistent, as the combination of low mileage and recorded corrosion suggests the braking surfaces may have degraded due to oxidation.