2016 Ford Transit Connect 1.6L Diesel · FD65 WVR

The most recent MOT test for this 2016 Ford Transit Connect was conducted on 2023-07-28 and resulted in a clean pass with no recorded defects. However, the vehicle’s MOT history reveals a pattern of recurring issues, particularly around lighting and windscreen functionality, which have persisted or re-emerged over multiple years. While the majority of tests have passed without major faults, the presence of persistent advisories and minor failures—such as the offside front coil spring corrosion in 2022 and the headlamp aim issues in 2020 and 2019—indicates that the vehicle has faced ongoing wear-related challenges. These recurring problems suggest that while the car may have been maintained adequately, certain mechanical and functional components have not been fully addressed or have degraded over time, warranting careful scrutiny during a pre-purchase inspection. The recorded mileage of 125,435 miles for a vehicle aged approximately ten years represents a high annual usage rate of around 12,544 miles per annum, which is significantly above the average for its class. This level of mileage, particularly over a decade, implies substantial exposure to road conditions, leading to accelerated wear on consumables such as brake pads, tyres, suspension components, and fluid systems. The absence of long periods of inactivity or low-mileage intervals further suggests that the vehicle has been subjected to frequent, possibly heavy usage, which can accelerate degradation in suspension bushes, seals, and drivetrain elements. Buyers should be aware that this level of usage may have contributed to more rapid deterioration in critical areas like the coil springs, brakes, and exhaust components. Given the vehicle’s mileage and the recurring MOT advisories, the buyer should prioritise a thorough mechanical inspection focusing on the suspension system, particularly the offside front coil spring and its associated bushings, which showed corrosion in 2022. During a test drive, listen for unusual clunking or rattling noises from the suspension, especially when navigating bumps or corners, as these could indicate worn or failing suspension bushes or broken coil springs. Additionally, check for uneven tyre wear patterns, which may suggest misalignment or suspension issues, and inspect the brake system for signs of binding calipers, excessive brake dust, or warping discs—particularly on the near-side rear, where thin pad wear was noted in 2019. Inspect the headlamps for proper alignment and functionality, ensuring they are not emitting excessive glare or flickering, as these issues can impair visibility and may require recalibration or replacement. The near-side rear reflector and windscreen wiper system should also be tested for effective operation, as these were major failures in previous MOTs, and any defects could compromise road safety. For practical checks beyond the MOT history, the buyer should examine the vehicle’s tyre condition for signs of sidewall cracking or perishing, which can occur even with moderate mileage due to age-related degradation. Inspect the tyres for tread depth, uneven wear, and any signs of bulges or cuts, as these can indicate underlying suspension or alignment problems. The 12V battery should be tested for voltage output and overall health, especially given the vehicle’s age and high mileage, as a failing battery can lead to electrical system failures or difficulty starting. The brake fluid reservoir should be checked for contamination or fluid degradation, as brake systems in high-mileage vehicles may require fluid replacement every two years to maintain performance. Lastly, verify that service records are up to date, particularly for fluid changes, filter replacements, and timing belt servicing if applicable, as these are critical for preventing catastrophic failures. If the vehicle has been stored for extended periods, check for standing corrosion on the undercarriage, particularly around wheel arches, exhaust components, and the chassis, as prolonged exposure to moisture can accelerate rust formation.