2013 Ford Focus 1.6L Diesel · NL06 RAE

Repeated initial test failures followed by prompt rectifications define the structural roadworthiness history of this Ford Focus, which successfully secured a pass on November 4, 2025, after overcoming a dangerous structural tyre defect earlier that same day. The overall MOT record reveals a recurring cycle of test failures across multiple years, including parking brake inoperative flags and suspension joint wear in 2023, alongside a split constant velocity boot in 2022. While subsequent retests show these specific faults were addressed to achieve compliance, the presence of these recurring major defects demonstrates that the vehicle has regularly required mechanical intervention to meet legal standards rather than cruising through consecutive trouble-free years. Accumulating 109,728 miles over its roughly 13-year lifespan translates to an average annual mileage of approximately 8,441 miles, placing this vehicle squarely within standard usage expectations for its age. This consistent yearly accumulation avoids the extreme wear associated with heavy commercial duty as well as the mechanical stagnation sometimes caused by prolonged periods of inactivity. Consequently, the wear observed across the MOT history reflects typical operational usage for a family hatchback of this vintage, focusing standard mechanical degradation onto high-friction items like tyres, suspension joints, and braking hardware rather than stem-to-stern structural rot or low-mileage neglect. Targeted physical inspection during a test drive must focus heavily on the suspension and steering components previously flagged on the test logs, specifically listening for knocks, clunks, or excessive play when negotiating potholes and sharp corners. Pay close attention to the front end for any tracking pulls or vibrations through the steering wheel that could indicate lingering geometry issues stemming from past suspension arm ball joint wear or tyre edge degradation. Additionally, inspect the nearside front shock absorber for any progression from the light oil misting noted in previous tests to active fluid weeping, which would compromise damping efficiency and demand immediate replacement of both front units. Braking performance requires careful verification due to the historical record of an inoperative parking brake on both rear wheels, meaning the mechanical cables, calipers, and adjustment mechanisms must be thoroughly tested on a steep incline. Request a ramp inspection to examine the underside for any residual evidence of the nearside oil leak previously recorded on the engine, checking whether the source has been fully remediated or if active fluid is still contaminating adjacent components. Finally, verify that both headlamps project the correct beam pattern without scatter, addressing the alignment defect previously caught at test, and inspect all four tyres across their full tread widths for uneven shoulder wear given the recurring history of edge-wear advisories.