2014 Renault Trafic 2.0L Diesel · HT14 AAJ

The 2014 Renault Trafic holds a current MOT pass dated 4 March 2026 at 225,933 miles, but the maintenance trend over the preceding twelve months is mixed at best. The vehicle failed its March 2026 test on six separate items, including a seriously worn offside front track rod end ball joint, both parking brakes inoperative, and dangerously low parking brake efficiency. These were rectified before the pass the following day, yet the tester still flagged corrosion at both front suspension mounting prescribed areas and a rear brake pipe corroded beneath grease. These are not new issues. The same corrosion advisories appeared on the March 2025 pass, indicating that structural rust has been tolerated for at least a year rather than properly treated. The pattern suggests reactive repairs ahead of each test rather than proactive upkeep. The recorded mileage of 225,933 miles over roughly twelve years equates to approximately 18,828 miles per year, which is high for a light commercial vehicle of this age. The jump from 193,789 miles at the February 2024 test to 208,980 miles by March 2025 represents over 15,000 miles in thirteen months, and the further climb to 225,933 by March 2026 adds another 16,953 miles in twelve months. This sustained high annual rate accelerates wear on consumable components and places additional stress on suspension bushes, brake linkages, and structural mounting points. The mileage progression is consistent and well-documented with no suspicious gaps, but the sheer volume of use is clearly reflected in the frequency of component failures. Buyers should pay close attention to the front suspension and steering assembly. The record shows a worn nearside front anti-roll bar ball joint and a worn nearside front track rod end in February 2025, followed by an offside front track rod end worn to serious detachment risk in March 2026. Combined with a damaged nearside front Macpherson strut mounting flagged in 2025 and recurring jacking point corrosion, the front end has clearly endured sustained heavy use without comprehensive refurbishment. A physical inspection of all suspension bushes, ball joints, and strut top mounts is essential before purchase. The braking system demands equal scrutiny. Failures have included restricted rear brake cables, insecure rear brake cables, inoperative parking brakes on both sides, excessively fluctuating service brakes, and corroded rear brake pipes. The rear brake pipe corrosion noted in March 2026 was described as covered in grease or other material, which raises the possibility that the corrosion was masked rather than repaired. A thorough inspection of the entire braking system, including pipework, cable routing, and parking brake linkage, is strongly advised. The repeated structural corrosion at suspension mounting points also warrants a close underbody examination to assess whether the corrosion has progressed beyond surface level into load-bearing areas.