2003 Volkswagen Polo 1.2L Petrol · DH02 LAB

The vehicle is currently roadworthy but the maintenance history reveals a pattern of reactive rather than proactive mechanical care. While it passed the most recent February 2026 test at 60,078 miles, the failure recorded just twelve days prior highlighted multiple critical safety and mechanical defects. The trend appears unstable, as the car frequently presents with significant issues regarding tyre integrity, braking components, and lighting, suggesting that the owner has only addressed faults when forced to by an impending MOT failure. At 23 years old, the recorded 60,078 miles indicate a low-use profile, averaging approximately 2,600 miles per year. However, this low mileage correlates with evidence of age-related degradation. The records from 2024 and 2025 consistently flag cracking and perishing of tyre sidewalls, which is typical for vehicles that sit stationary for long periods rather than being driven. The gap of nearly 3,000 miles between February 2024 and January 2025 confirms this infrequent use which has allowed rubber components to dry out and structural failure. A buyer must closely inspect the suspension and drivetrain components, as the history shows recurring issues with shock absorbers. The tester noted a leaking nearside rear shock in early 2024, which progressed to misting on all front units by early 2026. Furthermore, the nearside front inner drive shaft constant velocity boot was flagged as severely deteriorated in the most recent test. If this boot is not replaced immediately, the grease loss will cause the CV joint to fail, leading to much more expensive mechanical repairs. The braking system also requires scrutiny. The January 2025 failure due to excessively fluctuating service brakes on the front and a faulty wear indicator suggests worn discs or sticking caliper pistons. The February 2026 failure also identified a distorted nearside front road wheel and multiple tyres with structural tears, indicating the vehicle may have been subjected to significant impacts or lateral stress that caused internal tyre failure. A thorough check of the brake rotors for thickness and a visual inspection of all remaining tyres are essential to ensure the previous repairs were completed to a professional standard.