2015 Volkswagen EOS 2.0L Diesel · 488 DAH

The 2015 Volkswagen EOS presents as a well-maintained vehicle with a stable and improving mechanical trend. The most recent MOT, conducted on 19 March 2026 at 84,113 miles, passed with zero defects recorded. This clean bill of health follows a pattern of consistent annual testing and suggests the current custodian has kept on top of routine servicing and preventative maintenance. The only advisory in the entire five-year history was a minor wear item, not a recurring structural or mechanical failure. Mileage accumulation is steady and typical for an 11-year-old coupe-cabriolet. Between the March 2022 test at 73,149 miles and the March 2026 test at 84,113 miles, the car covered 10,964 miles over four years, averaging approximately 2,741 miles annually. This is below the stated 7,647-mile annualised lifetime average, indicating a shift to lighter, more recent use. The gap between 2022 and 2026 is notable, with no recorded tests in the intervening years, so a buyer should verify whether the car was stored or simply not tested during that period. The 2,723-mile jump from the March 2025 test at 81,390 miles to the March 2026 test at 84,113 miles confirms the vehicle is now in regular use again. The sole defect on record, flagged in the March 2023 test at 76,290 miles, was rear brake pads wearing thin. This is a routine consumable wear item and the subsequent clean passes in 2024, 2025, and 2026 confirm the issue was rectified promptly. No corrosion, suspension faults, exhaust emissions failures, or structural defects have ever been recorded across the entire MOT history. That said, the retractable hardtop mechanism on the EOS is a known area of concern, involving complex hydraulic seals, roof motors, and drainage channels. A buyer should operate the roof multiple times on inspection, checking for sluggish movement, hydraulic fluid leaks, or water ingress into the cabin and boot. The underbody and sills deserve close scrutiny for corrosion, particularly around the rear wheel arches and subframe mounting points, as these are common deterioration zones on this platform. Tyre condition and age should also be verified, given the lower recent mileage and the possibility of prolonged standing.