2003 Vauxhall Combo 1.7L Diesel · LX53 AOG

The vehicle presents a stable roadworthiness profile, showing a clear improving trend in maintenance over recent years. Following the most recent test in November 2024 at 103,194 miles, the tester passed with no recorded defects. This follows a period of clean results dating back to 2022, indicating that the current owner has addressed previous mechanical issues and is maintaining the vehicle to a standard that prevents immediate MOT safety failures. At 23 years old, the recorded mileage of 103,194 miles represents a low annual average of approximately 4,500 miles. The data shows a significant gap in usage between September 2015 and 2016, where the vehicle covered nearly 19,000 miles in a single year. Since 2016, the usage has remained consistent, typically averaging between 3,000 and 4,000 miles per annum. This low-intensity use generally limits wear on drivetrain components but increases the risk of age-related degradation in rubber seals and plastics. The history reveals a recurring pattern of wear on consumable items and minor corrosion issues. Between 2017 and 2020, the tester frequently flagged tyres worn to the legal limit and exhaust leaks originating from the rear exhaust box. The 2021 test identified a corroded offside rear coil spring and a deteriorated nearside front inner CV boot. While these were rectified as evidenced by the subsequent clean passes, the presence of corroded brake pipes in earlier tests suggests the vehicle's underbody and plumbing are susceptible to environmental oxidation. A physical inspection should focus on the integrity of the brake lines and the exhaust system, given previous failures for corrosion and leaks. Given the vehicle's age and low mileage, the buyer should also check for perished rubber in the suspension bushes and boots, which can occur regardless of mileage when driven infrequently. The shift from multiple defects in 2020 to clean records in the last three years suggests the vehicle has transitioned into a more proactive maintenance phase.