1998 Rover 620 2.0L Petrol · R677 BRW

With three recorded MOT tests from 2021 through 2023, all returning clean passes with no advisories or failures logged, the available roadworthiness data for this Rover 620 presents a uniformly unblemished picture over the inspection window. The absence of any defect, advisory, or failure items means there is no documented evidence from DVSA testing of wear items such as brake components, suspension linkages, exhaust systems, or corrosion that would typically accumulate on a vehicle of this age and mileage. It should be noted, however, that the MOT certificate is a point-in-time roadworthiness check rather than a holistic mechanical condition report, and the clean test outcomes cannot confirm the internal condition of the engine, transmission, or other non-tested components. The most recent pass on 7 November 2023 along with the 2022 and 2021 passes simply demonstrate that the vehicle met the minimum statutory standards on those specific test dates, with no recorded trends of deterioration or recurring problem components to track. The recorded mileage of 184,874 miles accumulated over approximately 28 years equates to an average annual usage of roughly 6,600 miles, which is broadly consistent with moderate mixed use for a vehicle of this vintage. There are notable gaps in the MOT testing record, with no tests documented before October 2021 despite the vehicle being registered in 1998, which means the bulk of its life history is not captured in the DVSA dataset available here. The mileage progression between recorded tests cannot be verified from the information provided, so it is not possible to confirm whether the vehicle has been in regular use, has accumulated its miles predominantly through earlier high-mileage years, or has experienced periods of standing. For a Rover 620 of this age and accumulated distance, the mechanical implication is that components subject to wear proportional to distance travelled — including engine internals, clutch, gearbox synchros, and drivetrain mounts — will have experienced considerable cumulative use regardless of how that mileage was distributed. Given that no specific components have been flagged across the three recorded MOT tests, buyer guidance must necessarily focus on areas commonly affected on a front-wheel-drive saloon of this era and mileage bracket. On a physical inspection, particular care should be taken to check for corrosion on the rear subframe, inner wheel arches, sills, and suspension mounting points, as these are notorious areas on 600-series Rovers and would not necessarily have been recorded if not severe enough to warrant failure at the time of test. The front suspension should be examined for wear in the lower wishbone bushes, anti-roll bar drop links, and track rod ends, and a test drive over uneven surfaces should be carried out to listen for knocking or clonking from the front end which would indicate deteriorated bushings. Brake components including discs, pads, calipers, and rear drum mechanisms should be inspected for binding or seizure given the high mileage, and the exhaust system should be checked for corrosion and structural integrity, particularly at the joints and mounting rubbers. A thorough test drive should also focus on the 2.0-litre engine and transmission behaviour, listening for timing belt or auxiliary drive noise, irregular idling, excessive smoke from the exhaust indicating valve guide or piston ring issues, and any signs of oil leaks around the cam cover or sump gasket. The manual or automatic gearbox should be evaluated for smooth engagement, any clonching on changes, or excessive vibration that could indicate failing engine or gearbox mounts. Steering should be checked for any vagueness, excess play, or pulling to either side which could indicate worn suspension or steering components. Given the vehicle's age and mileage, a pre-purchase inspection by a specialist familiar with 600-series Rovers would be strongly advisable to assess areas beyond MOT scope, including the cooling system, head gasket integrity, and the condition of the timing belt and associated components if service history cannot be verified.