2005 MG TF 1.8L Petrol · SY55 AMV

The vehicle presents a concerning maintenance profile characterized by worsening structural corrosion despite low mileage. The most recent MOT test on 21 April 2023 at 35,231 miles indicates significant underbody corrosion across the entire chassis. The tester noted that heavy undersealing prevented a full inspection of the extent of this decay. While the vehicle passed, the presence of a binding nearside rear service brake and the recurring mention of corroded subframes suggest that the structural integrity is a primary concern. The recorded mileage of 35,231 miles is exceptionally low for a 2005 model, averaging roughly 1,678 miles per year. However, the data shows long periods of inactivity, with a four-year gap between the 2017 and 2021 tests. This pattern of infrequent use often correlates with the mechanical issues seen in the record, such as pitted brake discs and seized components. The lack of recent MOT data since April 2023 means the vehicle's current roadworthiness is unverified, and the long intervals between tests suggest the car may have spent significant time stationary. A prospective buyer must prioritise a thorough underside inspection, ideally using a hoist, to bypass the thick undersealing and assess the true state of the front and rear subframes. The 2021 failure highlighted seriously weakened front suspension arms and brake hoses, indicating that corrosion is not merely cosmetic but affecting critical safety components. The history of failing on brake discs and parking brake efficiency suggests that the braking system requires a comprehensive overhaul to ensure reliability. Beyond the chassis, the recurring issues with suspension ball joints and track rod ends indicate that rubber components and joints may be perished due to age rather than wear. Given the history of pitting on brake discs and binding calipers, the buyer should check for seized calipers and ensure the entire braking circuit, including hoses, is free from significant corrosion. The low mileage does not mitigate the risk posed by the documented progression of structural decay.