2019 Renault Trafic 1.6L Diesel · LS60 GAS

The most recent MOT test on 2026-05-21 resulted in a passing outcome, though it included an advisory regarding the offside front track rod end ball joint exhibiting slight play, which is a recurring issue noted in prior tests. Despite this, the vehicle’s overall maintenance history does not demonstrate a clear deterioration trend. The 2025 MOT was clean, followed by a failure in the same period due to rear brake pad wear and a faulty front position lamp, which are common issues that can be addressed through straightforward servicing. The 2022 MOT also highlighted a minor shock absorber concern with light oil misting, a condition that typically indicates wear but does not necessarily signal imminent failure if monitored. The presence of advisories and minor failures suggests some wear-related concerns, but the vehicle has not failed due to critical mechanical or safety defects in recent years, implying that maintenance has been managed appropriately. The vehicle’s recorded mileage of 124,528 miles for a 2019 Renault Trafic represents a high annual usage rate of approximately 17,790 miles per year, which is notably elevated for its age. Such mileage accumulation over seven years suggests significant operational exposure, particularly to suspension, braking systems, and drivetrain components, which are prone to accelerated wear under heavy or frequent use. The absence of substantial mileage gaps indicates consistent driving, potentially leading to cumulative stress on components like the front track rod ends, shock absorbers, and brake pads. While high mileage alone does not preclude the vehicle from being roadworthy, it does warrant heightened scrutiny of consumables, fluid degradation, and component longevity to mitigate the risk of unexpected failures. For a prospective buyer, the most critical areas to inspect are the front track rod ends and associated suspension components, given their recurring advisory status and potential for progressive wear. The offside front track rod end ball joint with slight play may exhibit clunking or rattling noises when the vehicle is driven over bumps or at speed, particularly when cornering or accelerating. This could indicate early joint failure, so a thorough inspection for excessive movement or binding is essential. During a test drive, listen for uneven suspension behaviour, such as excessive bounce or a loss of ride control, which may signal compromised shock absorbers. The light misting of oil on the offside front shock absorber from the 2022 MOT suggests some internal wear, and while it may not fail immediately, the vehicle should be driven cautiously and monitored for signs of oil leakage or reduced damping effectiveness, such as a spongy or unstable feel in the steering or suspension. Additionally, the recent brake pad wear failure in 2025 highlights the importance of inspecting the rear brake system for thickness and condition. Brake pads less than 1.5 mm thick require immediate replacement, as they pose a safety risk. During a test drive, listen for uneven brake pedal travel, grinding noises, or a spongy feel, which may indicate worn pads, warped discs, or hydraulic issues. The nearside front position lamp failure is a straightforward electrical issue that can be rectified with a simple replacement, but it should be addressed promptly to ensure compliance with legal requirements. Beyond mechanical checks, given the vehicle’s age and high mileage, focus on the condition of the tyres, ensuring they are free of excessive wear, sidewall cracking, or perishing, which can compromise safety and structural integrity. Lastly, verify the health of the 12V battery and check for signs of corrosion on terminals, as prolonged disuse or high mileage can accelerate battery degradation. Finally, consult the service history to confirm that all time-based servicing, such as fluid top-ups and filter replacements, has been conducted according to manufacturer recommendations, particularly for fluids like brake fluid, coolant, and transmission fluid, which degrade over time regardless of mileage.