2017 Renault Trafic 1.6L Diesel · S44 JBC

The mechanical story behind this Trafic is one of acute front suspension and brake failures sandwiched between otherwise clean test passes. The most recent examination on 5 November 2025 recorded a pass with no defects, and the previous test on 1 November 2024 also returned a clean result, but this recent stability masks two significant failures within the preceding twelve months. On 25 October 2024 the vehicle failed on a Major for parking brake efficiency below requirements, a Major for a nearside front anti-roll bar linkage ball joint excessively worn, and carried advisories for both rear tyres worn close to the legal limit and on edge, alongside pitted or scored rear brake discs. Going back further, a test on 14 October 2023 failed with three Majors: serious fluid leaks from both front shock absorbers and an excessively worn offside front lower suspension arm ball joint. The pattern reveals that the front suspension and braking components have been the weak points, and although the two most recent passes show no recorded recurrence, the density of the Majors across the 2023 and 2024 tests points to components that have either been replaced or remain under close observation. With roughly 7,179 miles accumulated per year across nine years, this Trafic sits squarely within typical usage parameters for a light commercial vehicle of its age, neither idled for long stretches nor worked exceptionally hard. The mileage progression between recorded tests appears consistent with steady operational use, and there are no unusual gaps in testing that would suggest extended periods off the road. For a commercial vehicle of this type, this annual rate generally means moderate wear on consumables and drivetrain components, but it does not eliminate the risk of component fatigue given the specific suspension parts that have already failed. The vehicle has clearly remained in active service throughout its recorded history, which means any latent issues from standing time, such as seized brake mechanisms or perished rubber components, are less likely to be a factor than they would be on a low-mileage or stored example. A prospective buyer should focus the physical inspection on the front suspension, particularly the anti-roll bar linkages, lower suspension arms, and shock absorbers that were flagged in the 2023 and 2024 failures. Listen for clonks or knocking noises from the front end when traversing speed bumps or potholes, and feel for vagueness or delay in the steering response, which can indicate worn ball joints or deteriorated bushes. With the vehicle unloaded and stationary, attempt to rock each front wheel top to bottom and side to side at the three and nine o'clock positions; any play, rattle, or perceptible clunk suggests the anti-roll bar drop links or lower arm joints may once again be approaching the end of their service life. The 2024 advisories on the rear brake discs should also prompt a check for brake judder or vibration through the pedal under firm application, and a visual inspection of the rear discs for lipping or a rough surface texture when the wheels are removed. Finally, the parking brake failure recorded in October 2024 is a critical item to verify has been properly rectified. During a test drive, apply the parking brake on an incline and confirm the vehicle holds without rolling, and listen for any scraping or dragging noises from the rear drums that could indicate the mechanism is not fully releasing or seating correctly. The dual shock absorber fluid leaks from the 2023 test suggest the front dampers may have been replaced, but replacement units can themselves fail prematurely if lower-quality components were fitted, so pay close attention to any signs of dampness or oil residue around the front strut bodies when viewing the engine bay and under-bonnet area. Combined with a thorough check of tyre condition across all four wheels to confirm the edge wear pattern flagged in the advisories has not returned, this targeted approach should give a clear picture of whether the recent clean passes reflect genuinely resolved mechanical issues or merely components approaching the threshold once again.