2019 Fiat 500 1.2L Petrol · DL64 DML

A clear pattern of front inner-tyre failure and wear dominates the MOT history of this 2019 Fiat 500, and this is the single mechanical issue a prospective buyer must investigate thoroughly before purchase. The earliest test on file, dated 7 March 2023, recorded a Dangerous failure on both the nearside and offside front inner tyres for exposed plies or cords on the inner sidewalls, with the vehicle then passing the following day after replacement. The next advisory cycle, on 24 March 2025, showed both front inner tyres once again worn close to the legal limit on the edges, demonstrating that whatever caused the original rapid inner-edge wear has not been permanently resolved. The most recent test on 24 March 2026 was clean, which is reassuring, but it follows a two-year gap since the tyre advisories were raised, meaning the new tyres fitted around that time have only covered a relatively short distance. The recurring nature of the defect, despite replacement, strongly suggests an underlying geometry or suspension problem rather than a simple consumable issue. Recorded mileage of 15,637 miles over approximately seven years equates to an annual accumulation of around 2,234 miles, which is notably low for a city car of this type and indicates either very light private use or extended periods of standing. Annual MOT testing has been continuous since 2023 with no gaps, suggesting the vehicle has been kept on the road consistently, but the low mileage brings specific mechanical considerations. Brake discs and pads can suffer from surface corrosion and uneven wear when used infrequently, and the bonding of tyres to rims, as well as general rubber compound degradation, can occur during long stationary periods. Equally, the very low usage means major mechanical components such as the engine, clutch, and gearbox have been subjected to minimal stress, which is generally favourable for their longevity provided regular fluid changes have still been carried out. The recurring front inner-tyre wear pattern on this Fiat 500 points strongly toward either incorrect wheel alignment, particularly excess negative camber or excessive toe-in on the front axle, or worn suspension components allowing geometry to drift out of specification. On a test drive, listen for any clonking or knocking from the front suspension over uneven road surfaces, which would indicate worn ball joints, drop links, or anti-roll bar bushes, all known wear points on the 500 platform. Pay close attention to steering behaviour: any pulling to one side, vagueness around the straight-ahead position, or uneven steering wheel return after cornering would suggest the camber or toe settings are outside tolerance. Check the nearside and offside front tyres physically for uneven inner-edge wear by running a hand along the tread surface, and inspect the inner sidewalls for any signs of bulging, cracking, or cord exposure, as the previous dangerous failure occurred specifically in this location. A four-wheel alignment check with printout should be considered essential, and the cost of a full alignment at a specialist must be weighed against the purchase price. Beyond the tyre geometry concerns, the 2025 advisory noting that the vehicle internal headlight adjuster had been altered to recheck lights is a minor point but worth verifying, as it may indicate previous alignment work or a bulb replacement that altered beam pattern. Inspect all four tyres for age-related sidewall cracking, given the vehicle's tendency to stand for long periods, and confirm that the sidewall date codes are recent. During the test drive, test the brakes firmly at low speed to feel for any judder or vibration through the steering wheel, which would indicate warped front discs, a common issue on low-mileage vehicles that suffer from corrosion pitting between infrequent uses. Listen for any clonks from the rear axle over speed humps, as the Fiat 500 is known for rear axle bush wear. Finally, verify a complete service history with evidence of annual oil changes regardless of mileage, as the low annual accumulation of 2,234 miles means time-based fluid degradation is more relevant than distance-based wear for engine, gearbox, and brake fluid condition.