2016 Peugeot 308 1.6L Diesel · LC65 ACU

The most recent DVSA MOT test for this 2016 Peugeot 308 was conducted on 2025-10-14 and passed without any recorded defects, marking a positive turnaround from the previous failures in October 2025. However, the vehicle’s MOT history reveals a pattern of recurring advisories and one dangerous failure, indicating that while the most critical issues have been resolved, underlying wear and potential long-term concerns remain. The two failures in October 2025—particularly the offside front track rod end ball joint with excessive play and the rear service brake binding—highlight persistent mechanical wear that suggests the suspension and braking systems have been subjected to cumulative stress over time. These issues, if not addressed promptly, could escalate into more serious failures, especially given the vehicle’s age and accumulated mileage, warranting careful attention to their resolution and preventive maintenance. The recorded mileage of 79,720 miles for a vehicle aged approximately ten years reflects a moderate annual usage rate of around 7,972 miles per year, which is within the expected range for a car of this class. However, the absence of significant mileage gaps does not necessarily indicate heavy daily use; it could also signify periods of storage or lower demand, which might have contributed to minor wear and tear from standing. For example, standing for prolonged periods can lead to brake disc corrosion, binding calipers, or fluid degradation in the cooling and hydraulic systems, all of which were noted in the MOT history. Conversely, if the mileage accumulation was more rapid, it would have accelerated wear on components like the track rod ends, suspension bushes, and brake pads, further justifying the need for thorough inspection. Given the vehicle’s MOT history, the prospective buyer should prioritise a comprehensive inspection of the suspension and braking systems. Specifically, the offside front track rod end ball joint with excessive play from the 2025 failure suggests that the ball joint or its associated bushings may be worn or failing, potentially leading to steering play, uneven tyre wear, or even a loss of control if not replaced. During a test drive, listen for clunking noises from the front suspension, especially when navigating bumps or turning sharply, and check for excessive play in the steering wheel or wheel alignment. The rear service brake binding advisory implies that the rear brake calipers may be seized or the brake pads worn unevenly, causing reduced braking efficiency. Inspect the rear wheels for uneven wear patterns or binding when applying the brakes, and ensure no excessive heat or smoke is emitted from the rear brakes during braking tests. Additionally, the nearside front outer tyre failure from the 2023 MOT—caused by a structural lump indicative of tyre separation—signifies a critical tyre defect that must be addressed immediately. This condition is highly dangerous and poses a risk of sudden tyre failure, leading to loss of control or a crash. The buyer should replace this tyre without delay, as the remaining tyres show significant wear, including edges and pitting, which may compromise grip and handling. Inspect all tyres for sidewall cracking or perishing, which is more likely in older vehicles due to exposure to UV light and temperature fluctuations, even if they appear to have sufficient tread depth. Furthermore, check the 12V battery for signs of corrosion on the terminals, a common issue in vehicles that have been stationary for extended periods, and verify that all electrical systems, including the registration plate lamp, are functioning correctly. Lastly, given the vehicle’s age and the advisories on brake discs and suspension components, consider scheduling a service to replace worn brake discs and pads, inspect the cooling system fluid for degradation, and ensure all fluids—including the engine oil, brake fluid, and power steering fluid—are topped up or replaced as recommended in the manufacturer’s service schedule. This proactive approach will help mitigate future mechanical failures and maintain the vehicle’s roadworthiness and safety.