2017 Ford Transit Connect 1.5L Diesel · CP17 LSV

The most recent MOT test passed on 27 February 2026, yet the overall maintenance trend indicates a gradual accumulation of mechanical advisories that suggest the vehicle is entering a period of increased component wear. While the vehicle has maintained a consistent pass record, the transition from steering and suspension advisories in 2025 to braking and shock absorber issues in 2026 suggests that multiple systems are simultaneously approaching the end of their optimal service life. This pattern is typical for a vehicle of this age and usage but requires a cautious approach to ensure that minor advisories do not escalate into major mechanical failures or safety issues. At 132,567 miles, the vehicle has covered a significant distance, averaging roughly 14,730 miles per year. This high annual mileage confirms that the vehicle has been used extensively, likely in a commercial capacity, which places higher stress on the drivetrain, suspension, and braking systems compared to a lower-mileage vehicle. Such usage profiles typically lead to more rapid degradation of rubber components like bushes and seals, as well as increased wear on moving mechanical parts. A buyer should anticipate that the cost of ownership may be higher due to the more frequent replacement of consumables and wear-related components associated with high-mileage transit vehicles. When conducting a test drive, you should listen specifically for any knocking, clunking, or rattling noises from the front end, which could indicate that the previously noted play in the steering rack inner joint and the worn suspension arm bush have progressed into significant defects. Furthermore, the advisory regarding thin nearside front brake pads and lipped discs means that the braking system is nearing a service interval. Monitor the vehicle for any brake shuddering under heavy deceleration or any unusual grinding noises, as the lipped discs may require replacement alongside the pads to ensure smooth and effective stopping power. The recorded corrosion and damage to the rear shock absorber casings are also significant points of concern. Inspect the rear dampers thoroughly for any signs of oil weeping or fluid leaks, as external casing damage or corrosion can often precede a total failure of the internal seals. Given the high mileage and the age of the vehicle, it is also essential to verify the service history to confirm that essential fluids, such as engine oil, coolant, and brake fluid, have been changed according to a strict schedule rather than just relying on the MOT history. Finally, check the tyres for uneven wear patterns, which would serve as a physical indicator of the underlying suspension and steering geometry issues previously identified.