2013 Volkswagen Touran 1.6L Diesel · CV63 DDL

The 2013 Volkswagen Touran presents a currently roadworthy status with a stable maintenance trend, evidenced by the clean pass recorded on 4 December 2025 at 234,981 miles. The most recent test shows no defects, and the prior annual tests from 2023 through 2024 also returned passes with no advisories logged. The history reveals a recurring pattern of administrative failures rather than mechanical faults: the vehicle failed on 2 December 2025 at 234,910 miles and again on 7 December 2023 at 216,942 miles, yet on both occasions the tester recorded no defects. This indicates the failures stemmed from documentation or presentation issues at the testing station, not from worn components or structural concerns. Mileage stands at 234,981 against an approximate 13-year lifespan, equating to around 18,075 miles per year and placing the Touran well above typical use for its age. The records show steady accumulation: 217,012 miles on the December 2023 pass, rising to 226,224 by December 2024, then 234,981 by December 2025. No sudden jumps or dormant gaps appear across the three years of data, and the sparse yet clean record suggests the previous keeper maintained basic test compliance without accruing flagged wear on consumables or chassis parts. A buyer should still commission an in-person inspection of suspension bushes, coil springs, and brake discs given the high mileage, as these items face accelerated fatigue above 200,000 miles even without MOT advisories. The twin zero-defect failures imply no binding calipers, exhaust emissions breaches, or corrosion were noted, but DVSA tests do not strip components. Verify the underside for structural integrity and check the drivetrain for oil leakage before purchase. Given the absent advisories across four passes and two non-mechanical failures, the vehicle's documented history reflects consistent test attendance rather than deferred upkeep. The high mileage demands scrutiny of wear-prone items the MOT may not capture, yet the record itself shows no worsening trend or recurring mechanical fault requiring corrective action.