2017 Volkswagen UP 1.0L Petrol · AE17 VCY

The 2017 Volkswagen Up presents a picture of a vehicle with persistent suspension and braking system concerns that have recurred across multiple MOT inspections, culminating in a recent pass on 2026-03-23 despite earlier repeated warnings. The 2026 test cleared the vehicle with only a nearside front macpherson strut pin or bush noted as worn but not causing excessive movement, while prior passes showed a clear pattern of recurring advisories including worn front and rear suspension arm pins, binding service brakes on both sides, and disc wear on front wheels. This suggests underlying structural fatigue in the suspension geometry rather than isolated incidents, and the fact that the last three consecutive tests from 2025 through 2023 each carried one or more service-related advisories indicates an ongoing maintenance challenge that has not been fully resolved between inspections. With 152,311 miles recorded on a nine-year-old chassis, the annual accumulation of approximately 16,900 miles places this vehicle in a high-usage bracket that far exceeds typical expectations for its model year and age. While the 2024-2026 period shows intervals of up to nearly two years between tests, the sheer volume of distance covered over the past decade means that critical components such as suspension bushings, coil springs, and brake linings have been subjected to significant cyclic loading, and the brake disc wear noted in 2021 and 2023 is consistent with heavy mileage exposure. The rapid increase in yearly mileage compared to the average for this generation of vehicle raises questions about whether the current odometer reading reflects genuine operational use or potential periods of extended idling combined with shorter trips, though the lack of any major breakdowns since 2020 does not rule out accelerated wear patterns typical of high-mileage ownership. The suspension system warrants particular attention during any test drive, as the documented history of worn front and rear suspension arm pins and bushings suggests possible loosening or play within the Macpherson struts and control arms, which could manifest as a subtle hopping sensation when corners are taken or a loss of ride height consistency over bumps. Inspectors should pay close attention to any audible clicking or grinding noise originating from the suspension mounting points when the vehicle is moved, and verify that the steering wheel remains stable with no noticeable pulling to either side under load. Given the repeated advisory flags on front and rear suspension components, replacing the entire suspension assembly may prove more cost-effective than addressing individual parts, especially if the bushings and pins have compromised their integrity throughout the vehicle's life. Brake system health requires careful examination given the documented disc wear on both front wheels and service brake binding or fluctuation reported in 2025 and 2023, which together indicate potential internal caliper wear or uneven pad wear that could affect braking performance and pedal feedback. During a test drive, the driver should monitor for any pulsation or sponginess in the service brake pedal, particularly when the vehicle is decelerating from moderate speeds, as this could signal binding caliper pistons or air in the hydraulic system. Additionally, checking for any visible brake line leakage or soft spots around the master cylinder and wheel cylinders will help determine whether the current disc wear is accompanied by other hydraulic issues that might become more pronounced under continued high-mileage driving conditions.