2014 Vauxhall Mokka 1.7L Diesel · YP64 VPY

A pattern of critical safety failures, specifically regarding braking and tyre integrity, characterizes the roadworthiness history of this vehicle. While the record concludes with a pass on 2025-11-26 following a minor registration plate lamp failure, previous years show a tendency for the vehicle to fail on dangerous defects before achieving a certificate. The 2024 test recorded dangerous front brake pad thickness and tyre tread depth, while the 2023 test required the replacement of a fractured nearside rear coil spring and deteriorated suspension arm ball joint dust covers. The recorded mileage of 87,692 miles over a twelve year period represents a typical annual accumulation of approximately 7,300 miles. This level of usage suggests a moderate rate of wear on the drivetrain and chassis components. Given the age of the vehicle and this mileage, the mechanical focus shifts toward the degradation of rubber components and the fatigue of suspension elements, both of which have been flagged in previous testing cycles. Particular attention should be paid to the suspension and steering systems during a physical inspection. The previous failure of a rear coil spring and the deterioration of front ball joint dust covers indicate a susceptibility to suspension wear. During a test drive, listen for knocks or thumps over uneven surfaces, particularly from the rear nearside, and check for any vagueness or clicking sounds in the steering rack when maneuvering at low speeds, which could indicate further degradation of the suspension arm joints. The braking system requires scrutiny due to the dangerous wear recorded on the front pads in 2024 and thin rear pads in 2023. Ensure there is no pedal judder or uneven pulling under heavy braking, and verify that the current brake pads have sufficient remaining material. Additionally, the recurring failures of the registration plate lamps suggest a potential intermittent electrical fault in the rear lighting circuit that should be confirmed as fully resolved.