ROVER 2201997 · 2.0L DIESEL

The vehicle presents a significant roadworthiness risk due to a lack of MOT data for the past fifteen years. The last recorded test occurred in January 2011 at 85,996 miles, meaning the car has operated without legal certification for over a decade. Based on the final entry, the maintenance trend was worsening before the record trail ceased, with recurring structural corrosion and mechanical failures appearing. The absence of recent testing makes it impossible to verify the current state of the braking system, steering, or essential safety components. The mileage profile is exceptionally low for a twenty-nine year-old vehicle, averaging approximately 3,000 miles per year. However, the data shows a distinct period of inactivity between 2009 and 2011 where the car covered only 4,747 miles. This pattern suggests the vehicle spent long periods stationary, which on a Rover of this age often leads to seized brake calipers, perished rubber seals, and accelerated fluid-related corrosion, consistent with the oil leak and fuel tank issues noted in the final test. A physical inspection must prioritize the structural integrity of the sills and underbody. The 2010 failure flagged excessive corrosion on the offside rear suspension mounting area, and the 2011 advisory warned of starting corrosion on the sills and underside. A buyer must check for deep rust that could compromise the chassis. Furthermore, the recurring reports of play in the steering rack and steering arms indicate that the front-end geometry and components are likely requiring significant replacement despite the low overall mileage. The persistent airbag warning light, noted in every test from 2009 to 2011, indicates an unresolved electrical fault that was never addressed. The history of inner-edge tyre wear also points to chronic alignment issues or worn suspension bushes that were likely neglected. Given the fifteen-year gap in records, the condition of the fuel system, brake lines, and CV joints must be scrutinized, as these components degrade significantly over time regardless of mileage driven.