2016 Peugeot 2008 1.6L Diesel · VE66 BZB

The most recent DVSA MOT test for this 2016 Peugeot 2008 was conducted on 2025-12-08 and resulted in a passing outcome, marking the vehicle’s cleanest inspection in the past five years. Despite the absence of recorded defects in the last three MOTs, the prior failure in 2023-12-13—specifically a near-side front outer drive shaft constant velocity (CV) boot split or insecure—demonstrates a notable maintenance trend. While the vehicle has avoided further CV-related issues since then, the prior failure suggests there may be underlying wear or manufacturing inconsistencies in the CV joint assembly, warranting heightened vigilance during inspection. The absence of subsequent failures implies either effective remedial work or the CV joint’s resilience, but the buyer should be aware of this historical defect as a potential long-term consideration. The recorded mileage of 30,044 miles for a vehicle aged approximately ten years represents a remarkably low annual usage rate of around 3,004 miles per year, which is far below the industry average for its class. Such low mileage can often reflect periods of prolonged inactivity, particularly if the vehicle was stored or used sparingly, rather than consistent high-demand operation. Mechanically, low mileage tends to mitigate wear on consumables like brakes, tyres, and suspension components, but it also raises concerns about potential issues arising from standing or static conditions. For example, standing for extended periods can accelerate corrosion in brake systems, particularly on discs and calipers, leading to binding or reduced braking efficiency. Similarly, the CV joint failure in 2023 may have been exacerbated by prolonged exposure to moisture or lack of use, as CV boots degrade more slowly under static conditions but can fail catastrophically if not addressed promptly. Given the clean MOT history since the CV joint failure and the vehicle’s low recorded mileage, the buyer should conduct a thorough physical inspection to address both age-related and usage-specific risks. First and foremost, examine the tyres for signs of sidewall cracking or perishing, which can occur even at low mileage due to prolonged exposure to UV radiation and ozone. Check the tread depth and look for irregular wear patterns that may indicate misalignment or suspension issues, which could have developed from static stress. Next, inspect the brake system for corrosion on discs and calipers, particularly on the near-side front where the CV joint failure was recorded. Look for binding, excessive heat marks, or uneven wear, as these can signal early signs of reduced braking performance. Additionally, verify the condition of the 12V battery, as low usage may have led to a weakened or discharged state, which could cause starting difficulties or electrical system failures. For fluid servicing, the buyer should prioritise checking the engine oil, brake fluid, and coolant levels, as these fluids degrade over time regardless of mileage. Given the vehicle’s age, the engine oil should be replaced according to the manufacturer’s recommended service interval, which for many Peugeot models is typically every 60,000 to 100,000 miles or annually, whichever comes first. Brake fluid should be flushed and replaced every two years or as recommended, as moisture absorption can lead to reduced hydraulic pressure and potential brake failure. Coolant should also be checked for contamination or dilution, especially if the vehicle has been stored for extended periods, as this can cause overheating or engine damage. Finally, a thorough inspection of the exhaust system for leaks, corrosion, or structural integrity is advisable, as low mileage may have masked early signs of wear or damage. The CV joint assembly should also be rechecked during this inspection, focusing on the CV boots for any signs of cracking, dryness, or damage that could indicate impending failure. If the CV joint was recently repaired, ensure all seals and fastenings are secure and that there are no persistent leaks or unusual noises during a test drive.