VOLKSWAGEN TIGUAN2016 · 2.0L DIESEL

The 2016 Volkswagen Tiguan presents a stable and reassuring maintenance trend, with a fully clean MOT record across five consecutive tests. The most recent examination on 14 October 2025 at 40,306 miles recorded zero defects, advisories, or failures, indicating the vehicle met all DVSA roadworthiness standards at that point. No recurring mechanical or structural issues have surfaced, and the absence of any flagged components suggests consistent upkeep rather than reactive repairs. The mileage profile is notably low for a vehicle approaching eleven years of age, averaging approximately 4,000 miles per year. Between the February 2025 test at 37,249 miles and the October 2025 test at 40,306 miles, the vehicle covered roughly 3,057 miles in just under eight months, representing a slightly elevated usage rate compared to the longer-term average. The earlier intervals show steadier accumulation, with around 3,800 to 3,900 miles added annually between 2022 and 2024. The MOT history itself is sparse but entirely clean, with tests conducted at reasonable intervals and no gaps suggesting prolonged periods of non-use or SORN status. Despite the clean record, a buyer should still inspect key structural and mechanical components in person. The underbody and wheel arches deserve close attention for corrosion, particularly given the vehicle's age, as surface rust can develop on subframes, suspension mounting points, and brake lines even on low-mileage cars that have sat stationary for extended periods. The condition of suspension bushes, coil springs, and shock absorbers should be verified, as these degrade with age regardless of mileage. Brake discs, pads, and calipers merit inspection for uneven wear or binding, and tyre condition across all four corners, including the sidewalls and tread depth, should be checked given the possibility of perished rubber from age rather than use. The exhaust system and DPF function should also be assessed, as short-journey or low-mileage operation can accelerate soot buildup and emissions component deterioration.