2016 Volkswagen Amarok 2.0L Diesel · WK16 KWD

The Amarok's MOT profile is dominated by rear brake and lighting issues rather than a clean run of passes, and this pattern is worth weighing carefully before purchase. Across six tests since 2022, the vehicle has recorded two failures and one retest-to-pass sequence, with the most recent event on 27 March 2026 being a pass only after a prior failure one week earlier on 20 March. The 2026 failure cited a non-functioning offside rear parking brake, insufficient brake lever reserve travel, and a defective front wiper blade, while the previous failure on 24 March 2025 flagged both registration plate lamps inoperative and an excessively binding offside rear service brake. The earlier 2024 test also failed on a rear registration plate lamp and a non-functional rear fog lamp, confirming that the rear lamp cluster and rear brake assembly have been the consistent trouble areas over multiple cycles. By contrast, the front brake pads, discs, and windscreen chips have only appeared as advisories or minors and do not constitute a chronic failure pattern. With 105,872 miles on a 2016 vehicle, the Amarok has averaged roughly 10,500 miles per year, which is broadly typical for a working or family pick-up of this age and indicates regular rather than light or sporadic use. There are no unusual gaps or sudden mileage jumps in the test record; tests have been carried out annually without interruption, suggesting the vehicle has remained in continuous service. Mechanically, this level of annual mileage on a commercial-orientated pick-up translates into steady wear on the suspension bushes, coil springs, propshaft universal joints, and the dual-mass flywheel if a manual variant is fitted, alongside the consumables one would expect. The brake and lamp defects recorded are entirely consistent with this usage level and are not suggestive of any extraordinary mechanical decline beyond normal wear. For a prospective buyer, the priority areas to examine are the rear brake system, the rear lighting loom, and the front brake condition flagged in the latest advisories. On the test drive, listen for any metallic scraping or dragging sensation from the offside rear as the vehicle comes to a stop, as the 2025 failure cited excessive binding on that corner which can indicate a seized caliper slide pin or a failing handbrake mechanism. Confirm the handbrake holds the vehicle on an incline without excessive travel, since insufficient lever reserve travel was recorded in March 2026 and points to either rear brake adjustment or shoe wear. With front brake pads noted as wearing thin and the nearside front disc showing pitting, expect the front discs to require refurbishment or replacement at the next service, and feel for brake judder or vibration through the pedal under firm deceleration which would indicate disc thickness variation. Inspect the rear lamp assemblies closely for water ingress or brittle multi-plug connectors, as multiple rear lamp failures across two consecutive years suggest a loom or earth issue rather than isolated bulb failures. Beyond the flagged items, this Amarok is a relatively heavy vehicle with a live rear axle on most variants, so a thorough test drive should include slow-speed manoeuvring over speed bumps and potholes to check for any clonks or slack from the rear leaf spring bushes, shock absorbers, and Panhard rod bushes. Listen for any propshaft vibration or driveline shunt under part-throttle acceleration, particularly on higher-mileage examples, and confirm the clutch bite point is consistent and not excessively high, which would indicate hydraulic or wear-related concerns. With the wiper blade flagged as defective and chips appearing on the windscreen, check that the glass has not deteriorated to the point of requiring replacement, as a deep chip in the driver's primary vision zone would itself cause a future MOT failure. Taken together, the record points to a serviceable vehicle whose rear-end electrical and brake hardware would benefit from proactive attention, but there is nothing in the MOT history to suggest structural corrosion, suspension collapse, or major mechanical failure.