1996 ROVER 6202.0L PETROL

The most recent MOT record dates from 7 April 2010, over sixteen years before today's date of 18 June 2026. The vehicle has been without a valid MOT certificate for a substantial period, meaning its current roadworthiness cannot be confirmed from official testing alone. The maintenance trend across the available history is mixed. The 2010 failure at 143,104 miles flagged a corroded brake pipe, excessively pitted nearside rear brake disc, uneven rear brake application, excessive play in an offside front upper suspension ball joint, and feathered offside front tyre wear. These were rectified before the pass six days later at 143,140 miles, but the underlying pattern of corrosion and suspension wear is a concern for a car now sitting at the same recorded mileage with no subsequent tests. The mileage pattern is unusual and warrants scrutiny. Between the March 2008 pass at 120,153 miles and the March 2009 failure at 134,453 miles, the car covered 14,316 miles in twelve months. Yet from March 2009 through April 2010, the odometer moved only from 134,469 to 143,140 miles, a gain of 8,671 miles. After April 2010, the recorded mileage remains frozen at 143,140 with no further entries. For a vehicle now thirty years old, the annualised average of roughly 4,771 miles is low, but the plateau at 143,140 since 2010 strongly suggests the car has been stationary or used extremely sparingly for well over a decade. Long-term standing introduces its own risks, including seized brake calipers, perished rubber bushes, degraded brake fluid, and fuel system deterioration. A buyer should treat this vehicle as untested and mechanically unproven since 2010. The 2010 failure identified a corroded brake pipe and pitted rear brake disc, both indicators of systemic corrosion that may have worsened during prolonged storage. The suspension ball joint wear and uneven brake application flagged in the same test point to components that seize or deteriorate when a car sits unused. Before any road use, a full inspection of the braking system is essential, including pipework, calipers, discs, and fluid condition. The suspension should be checked for perished bushes, degraded ball joints, and seized track rod ends. Tyre condition must be assessed regardless of tread depth, as aged rubber cracks and loses structural integrity well before the legal wear limit is reached. Fuel system integrity, coolant hoses, and the condition of the exhaust should also be examined, as standing vehicles frequently suffer from internal corrosion and rodent damage to wiring and hoses.