2016 Renault Trafic 1.6L Diesel · MF16 LFX

Suspension fatigue and lighting electrical faults define the primary mechanical narrative of this 2016 Renault Trafic, which secured a straightforward pass on 2023-03-29 after overcoming initial failure points that included mismatched rear tyres and an inoperative stop lamp. This commercial vehicle has accumulated an eventful MOT history featuring multiple initial test rejections, specifically structural coil spring fractures recorded on opposite sides of the rear axle in consecutive years, alongside recurring windscreen damage advisories spanning from minor chips to slight cracks. While the vehicle successfully cleared subsequent re-tests to achieve its annual passes, the pattern points to heavy operational demands taking a toll on its load-bearing rear suspension and consumable lighting circuits. Accumulating 128,441 miles over its ten-year lifespan translates to an intensive working annual average of approximately 12,844 miles, cementing its status as a high-mileage commercial workhorse rather than a lightly used private vehicle. This relentless pace of usage accelerates mechanical wear across all core drivetrain, braking, and suspension assemblies, meaning prospective buyers must look beyond the pass certificates and evaluate the physical endurance of heavy-duty components that have been subjected to continuous commercial duty cycles. A focused physical inspection of the rear axle setup is paramount given the history of structural failures, requiring the buyer to check for any fresh corrosion around the coil spring mounting seats and listen closely for metallic clunks or clonks from the rear suspension while driving over uneven road surfaces or speed bumps. Furthermore, the previous advisories noting thin front and rear brake pads demand a thorough check of the remaining friction material thickness on the discs and pads, accompanied by a test drive evaluation to ensure the braking system responds firmly without pulling to one side, juddering through the pedal, or showing signs of caliper binding. Electrical functionality across all lighting clusters should also be verified prior to purchase, specifically testing the high-level central stop lamp and rear stop lamps that previously triggered failure and advisory notices. Finally, inspect the windscreen thoroughly across zone A to determine whether the previously recorded small chip and slight crack have been professionally repaired or if they risk failing an upcoming test or impairing driver visibility under direct sunlight.