2003 Mazda MX-5 1.8L Petrol · HS03 TLF

With only four MOT tests on the record and no advisories or defects logged against any of them, this Mk2 MX-5 presents a fundamentally clean DVSA history. The most recent test on 19 January 2024 was a pass with no defects recorded, and the prior pass from January 2023 also showed a clean sheet. The two failures listed, one dated 12 January 2024 and the other 25 January 2023, are notably recorded with no defects listed, which suggests they were likely aborted tests withdrawn before a result was issued or administrative entries rather than mechanical refusals. The absence of any corrosion advisories on the rear arches, sills, or subframe mounting points is particularly significant given that rust is the single most common failure and advisory reason for Mk2 MX-5s of this vintage reaching MOT inspection age. The flat record therefore points to either a structurally sound example or one that has not been presented for testing with sufficient regularity to allow wear-related defects to be formally recorded. The recorded mileage of 134,157 miles spread across 23 years equates to an annual accumulation of roughly 5,800 miles, which sits at the lower end of typical usage for a car of this age. The MOT testing history itself is sparse, with only four entries spanning the most recent three years despite the vehicle being first registered in 2003, suggesting extended periods where the car may have been off the road, used under SORN, or exempt from testing requirements. Such gaps mean the DVSA record offers only a limited snapshot of mechanical condition, and the low annual mileage combined with possible lay-up periods raises the usual concerns about standing-start deterioration. On an MX-5 of this age, lower usage typically translates to extended component life on wear items such as brake discs and pads, clutch friction material, and tyres, but can conversely bring risks around dormant corrosion in box sections, dried suspension bushes, and stale fuel system components if the car has spent long periods unused. For a prospective buyer, the lack of recorded advisories means there is no specific component history to interrogate, so the inspection focus should shift to areas the MOT would routinely flag on a car of this age. On the test drive, listen for clonks or knocks from the front suspension over uneven surfaces, particularly from the lower wishbone bushes, front anti-roll bar drop links, and the top mount bearings, all of which are known wear items on the NB chassis. Check for any steering vagueness or wandering that could indicate worn rack bushes or tie rod ends, and feel for vibration through the brake pedal under firm application, which on a low-mileage car often points to a corroded or warped front disc rather than pad wear. Inspect the rear wheel arches, boot floor, and sill seams closely for any bubbling or surface rust that may not yet have been severe enough to fail an MOT but could be progressing, and look for damp patches under the engine that would suggest the typical camshaft seal or oil cooler gasket weeps these engines develop. Given the mechanical simplicity of the 1.6 or 1.8 engine fitted to this model, a thorough under-bonnet inspection and a road test are essential substitutes for the limited MOT data available. Verify that the cooling system holds pressure and shows no signs of coolant loss around the thermostat housing and radiator, that the gear change is precise with all synchromesh intact, and that the clutch bite point is neither unusually high nor slipping under load. Check the condition and age of the tyres, as original-equipment rubber of significant age should be replaced regardless of tread depth, and examine the exhaust system for any blowing joints or corrosion at the silencer mounting points. With no adverse MOT history to act upon, this example offers reassurance on the recorded items, but the buyer should weigh the limited test history and modest annual mileage against the need for a comprehensive independent pre-purchase inspection to confirm the underlying condition.