2018 Suzuki Swift 1.0L Petrol · KM18 CFP

The vehicle most recently passed its MOT on 23 April 2026, though it carries an advisory regarding the condition of the nearside rear tyre. Looking at the broader history, the maintenance trend appears stable. While there was a failure in April 2025 due to a fractured nearside front coil spring, this is a common wear and tear component and was rectified promptly. The absence of structural corrosion or recurring mechanical failures suggests a vehicle that has been reasonably well maintained. The recorded mileage of 42,818 miles is notably low for a vehicle of this age, averaging approximately 5,352 miles per year. While this indicates minimal wear on the engine, gearbox, and interior trim, such low annual usage often implies periods of standing. This usage profile shifts the mechanical risk from high mileage wear to age related degradation of rubber components and fluids, which can deteriorate even when the vehicle is not in active use. During a physical inspection, particular attention must be paid to the tyres. The current advisory for a perishing nearside rear tyre is a clear indicator of age related rubber degradation. You should inspect all four tyre sidewalls for similar hairline cracking or perishing, as tyres often expire chronologically before they wear out physically. Additionally, verify the service history to ensure oil and filter changes have been performed based on time intervals rather than mileage alone, as engine oil degrades over time and can lead to sludge buildup if left too long. On the test drive, listen for any suspension clunks or knocks from the front end to ensure the replacement coil spring is seated correctly and the surrounding suspension bushes are intact. Given the low mileage, check for brake disc corrosion or binding calipers, which can occur when a car sits for extended periods. A sluggish start may also indicate a 12V battery nearing the end of its life due to infrequent charging cycles. Ensure the brake pedal feels firm and there is no shuddering under deceleration, which would suggest surface pitting on the discs.