2019 Peugeot 3008 1.5L Diesel · FL69 HCU

The 2019 Peugeot 3008 demonstrates a highly stable maintenance trend, evidenced by a flawless MOT pass recorded on 24 June 2025 at 33,133 miles. The tester noted zero defects, indicating no immediate mechanical or structural concerns at that time. An anomalous failed test appears on the same date with no recorded defects, likely representing a retest or an aborted initial assessment, but the subsequent clean pass confirms the vehicle met all roadworthiness standards. This clean record suggests the previous owner addressed any minor issues promptly, maintaining the car to a high standard without recurring faults. The mileage pattern reveals exceptionally low usage for a vehicle of this age, averaging roughly 4,733 miles annually. Between the 2022 test at 6,629 miles and the 2023 test at 11,537 miles, the vehicle covered 4,908 miles. However, the subsequent year saw a notable acceleration in use, accumulating 11,710 miles between the June 2024 test at 21,423 miles and the June 2025 test at 33,133 miles. This shift from prolonged light use to more regular driving is a positive indicator, as it suggests the engine and drivetrain are now operating at optimal temperatures regularly, reducing the risk of carbon buildup and moisture-related corrosion common in short-trip vehicles. Despite the pristine MOT history, a physical inspection remains essential due to the vehicle's low-mileage profile. Components such as tyres and suspension bushes often perish from age and standing rather than wear, meaning the original rubber elements may now be cracked or hardened despite having ample tread depth. Brake discs and calipers are also prone to surface corrosion from prolonged stationary periods, which can lead to binding or juddering even if the pads retain material. A thorough in-person assessment should focus on the condition of the tyre sidewalls, the integrity of the suspension bushes, and the surface condition of the brake discs to ensure the vehicle's static years have not compromised these critical components.