2010 Volkswagen Caravelle 2.0L Diesel · WD10 FNP

This 2010 Volkswagen Caravelle passed its most recent MOT on 29 May 2026 at 20,426 miles, but the record reveals a worsening corrosion trend that demands attention. The tester flagged corrosion on suspension components and noted the underside as corroded, while both exhaust silencers were also corroded. These are not new problems. The May 2025 test, conducted at 20,234 miles, recorded general corrosion across front and rear suspension components and corrosion on both rear shock absorber casings. The fact that the most recent test escalated the language from "general corrosion" to a specific advisory on structural suspension components suggests the deterioration is progressing, not static. The vehicle is currently roadworthy, but the trajectory of underbody corrosion is a concern for long-term structural integrity. The mileage pattern is exceptionally low. Across roughly sixteen years, the vehicle has covered approximately 20,426 miles, averaging just 1,277 miles per year. The record shows 19,772 miles in June 2023, 20,136 miles in May 2024, 20,234 miles in June 2025, and 20,426 miles in May 2026. That is an increase of only 192 miles between 2023 and 2024, 98 miles between 2024 and 2025, and 192 miles between 2025 and 2026. Such minimal annual accumulation points to prolonged periods of standing, which is often more damaging to a vehicle than regular use. Seals dry out, brake discs surface-corrode, tyres age unevenly, and standing water accelerates underbody rust. Low mileage on a vehicle of this age does not automatically mean low wear; it often means a different category of deterioration. A buyer should focus the physical inspection on the underbody, suspension mounting points, and shock absorbers. The recurring corrosion advisories across consecutive years indicate that rust is not superficial surface oxidation but is becoming embedded in structural and load-bearing areas. Check the front suspension arms, rear trailing arms, and subframe mounts for pitting or flaking. Inspect both rear shock absorbers for casing corrosion, as the 2025 test noted external damage and corrosion on both units. Examine the exhaust system closely, particularly the silencers, which were flagged as corroded in the most recent test and may require replacement. Brake lines and fuel lines running along the underside should be inspected for corrosion, given the general underbody corrosion noted repeatedly. Tyre condition also warrants scrutiny. The 2025 test flagged a damaged offside front tyre, and with such low annual mileage, the current tyres may be older than their tread depth suggests. Check the date codes for dry rot or perishing, especially on the sidewalls. The electronic stability control switch fault recorded in the failed 2025 test appears to have been resolved for the subsequent pass, but a live diagnostic scan would confirm the ESC system is fully operational with no stored fault codes.