2012 Volkswagen Touran 1.4L Petrol · SA59 DEV

The most recent DVSA MOT test, conducted on 23 October 2025, resulted in a Pass for this 2012 Volkswagen Touran, though the examiner recorded several advisories and a minor defect that warrant close attention. The defect concerns the front anti-roll bar linkage ball joint dust covers, which were severely deteriorated on both sides; while not an immediate failure point, compromised dust covers permit water and dirt ingress, accelerating wear on the ball joints themselves. Advisories were also issued for an oil leak deemed not excessive, rear brake pads noted as wearing thin, and a slightly grabbing rear service brake. Given the previous four consecutive tests between 2021 and 2024 returned clean passes with no advisories or defects, the emergence of multiple items in the latest examination suggests the maintenance trajectory is beginning to show age-related deterioration, though nothing yet indicates a serious underlying mechanical concern. With a recorded mileage of 117,955 miles over approximately 14 years, this Touran has averaged roughly 8,425 miles per year, a figure consistent with typical usage patterns for a family MPV of this vintage. Mileage progression between tests appears steady and proportionate, with no extended standing periods or sudden mileage jumps that would raise suspicion of odometer irregularity or prolonged inactivity. For a diesel or petrol TSI Touran of this mileage, this level of use is generally beneficial to mechanical longevity, as regular running helps prevent issues commonly associated with low-mileage vehicles such as oil seal drying, clutch sticking, and DPF clogging on diesel derivatives. The advisories recorded at the most recent MOT merit practical investigation prior to purchase. The oil leak, though classed as not excessive, should be identified by source; common culprits on the Touran include the sump gasket, cam chain tensioner area on petrol engines, or injector seals on diesels, and a visual inspection on clean underbody components will help determine whether the seep is worsening. The thinning rear brake pads should be measured for remaining friction material, and the slightly grabbing rear brake could indicate a binding caliper slide mechanism or a corroded caliper piston, both common on higher-mileage vehicles. A test drive should include moderate pedal application from low speed to detect any rear brake shudder or pulling, and the front anti-roll bar drop links should be physically checked by hand for play or clicking when the suspension is manually shaken, as worn drop links typically manifest as a metallic clunk over uneven surfaces. Beyond the recorded advisories, a buyer should conduct several age-appropriate physical checks. Tyre sidewalls should be inspected for perishing or cracking, as rubber compounds degrade with calendar age regardless of tread depth, and all four tyres should ideally be of similar age and manufacture. The 12 volt battery is likely due for replacement given the vehicle's age, and a load test or resting voltage check can pre-empt a failure. Brake discs, particularly those fitted at the rear, should be examined for corrosion ridges on the edges, which can develop from standing or light use and reduce braking smoothness. Service history stamps verified against the schedule for cambelt or timing chain replacement, brake fluid renewal every two years regardless of mileage, and coolant condition are essential, as calendar-based fluid degradation can compromise corrosion protection and braking performance even on well-maintained examples.