2015 Volkswagen Amarok 2.0L Diesel · TW11 LEW

The most recent DVSA examination on 16 September 2025 resulted in a pass, but the vehicle emerged from that test with four recorded advisories that should not be dismissed lightly. Just one week earlier, on 9 September 2025, the Amarok was failed outright with three major defects, including evidence of tampering and welding patches to the diesel particulate filter, an inoperative nearside rear parking brake, and a parking brake lever with excessive travel indicating incorrect adjustment. The fact that the vehicle was submitted, failed, and then retested so quickly with the parking brake and DPF issues rectified is encouraging, but the DPF tampering in particular is a serious concern that warrants close scrutiny, as it suggests the filter may have been removed or bypassed, which is both illegal and harmful to engine performance, emissions compliance, and the long-term integrity of the diesel combustion system. Reviewing the broader pattern, the 2024 test was completely clean, but in 2023 the vehicle failed on minor stop lamp and headlamp aim issues and in 2021 failed on three major defects, including a supplementary restraint system warning lamp indicating an airbag or seatbelt pretensioner fault, alongside excessively worn anti-roll bar D bushes on both sides. The recurrence of anti-roll bar wear is a notable trend, with the same component flagged as an advisory again in 2025, and this pattern suggests the front suspension is being subjected to consistent stress, consistent with the load-carrying nature of an Amarok. With recorded mileage of 121,987 miles over an eleven-year period, the vehicle is averaging roughly 11,090 miles per annum, which is broadly typical for a working pickup of this type and indicates regular, sustained use rather than periods of standing or motorway-only running. The mileage progression between tests appears consistent and uninterrupted, which is a positive indicator suggesting the vehicle has been in continuous service rather than having gaps that might conceal accident damage or long-term neglect. However, the cumulative wear of nearly 122,000 miles means that many major drivetrain and chassis components will be approaching or have exceeded their expected service life, including timing belt, dual-mass flywheel, clutch, turbocharger, suspension bushes, and shock absorbers. For a prospective buyer, the most pressing concern is the diesel particulate filter, which showed evidence of welding patches and tampering in September 2025. Any such modification should be viewed as a red flag, as it typically means the filter has been removed or cut open to artificially reduce back pressure, and this will result in elevated exhaust emissions, potential engine warning lights, and possible non-compliance with future MOT emissions testing. It is essential to verify whether a proper OEM replacement DPF has been fitted since the test, request the relevant invoice, and confirm that the engine management system has not been remapped to mask the fault. On a test drive, listen for any unusual exhaust drone, rattles from the rear silencer, or turbocharger whistle, and watch for the DPF or engine management warning lamp on the dashboard. The recurring anti-roll bar bush wear and the Macpherson strut corrosion advisories should also be investigated closely, as worn anti-roll bar bushes typically produce a clunking noise over speed humps, uneven tarmac, or during sharp cornering, while corroded front struts can compromise ride quality and handling precision and may eventually fail an MOT if corrosion progresses. Beyond the documented defects, a buyer should carry out a thorough physical inspection appropriate to the age and mileage of this vehicle. Check all four tyres carefully for uneven wear patterns, which on a commercial pickup can point to tracking misalignment, worn suspension components, or persistent overloading, and inspect the sidewalls for cracking or perishing given the age of the rubber. Examine the front brake discs for lipping and the calipers for binding, given the 2023 advisory concerning a binding rear service brake, as seized calipers are a common cause of MOT failure and uneven braking feel. Verify that the supplementary restraint system warning lamp does not reappear on startup, as unresolved airbag faults are both a safety risk and a test failure item. Inspect the underside of the vehicle, particularly the chassis rails, suspension arms, and brake lines, for corrosion that is typical of a working pickup exposed to rural or off-road use. Finally, confirm that the full service history is present and that the cambelt, water pump, and dual-mass flywheel have been replaced in line with manufacturer schedules, and ensure that brake fluid, coolant, and transmission oil have been changed at their calendar-based intervals regardless of the odometer reading, as these time-sensitive fluids degrade with age and can compromise safety even on a low-mileage example.