ROVER 8201999 · 2.0L PETROL

The vehicle presents a significant gap in roadworthiness data, with no MOT records for the past fourteen years. The last recorded test in November 2012 at 139,698 miles was a pass with no defects, suggesting a period of stability prior to that date. However, given the current date of June 2026, the vehicle is long overdue for inspection under UK legal standards. The lack of recent testing history makes it impossible to verify the current mechanical integrity or the state of critical safety components. The recorded mileage of 139,698 miles over 27 years reflects an average of approximately 5,174 miles per year, which is notably low for a vehicle of this age. Between November 2010 and November 2012, the car covered 18,116 miles, indicating consistent but light use during that window. The total absence of data since the 2012 test suggests the vehicle may have sat stationary for long periods, which often leads to rubber degradation, perished perish seals, and the seizing of mechanical components regardless of the low odometer reading. A buyer must conduct a thorough structural inspection focusing specifically on the areas flagged in the 2010 failure. The tester previously identified excessive corrosion on the offside front seat belt anchorage and the offside rear suspension mounting area, which are critical structural points that likely have worsened significantly over a decade. The history also shows recurring issues with constant velocity joint gaiters and exhaust leaks, indicating a pattern of neglected preventative maintenance regarding the drivetrain and emissions system. The braking system and suspension also require immediate attention. Previous failures in 2011 highlighted severely worn brake pads, a failing parking brake, and a leaking shock absorber. The buyer should check for binding calipers, rusted brake discs, and the condition of all suspension bushes. Given the age of the Rover 820 and the fourteen-year gap in records, the risk of hidden corrosion in the fuel lines or braking system is high.