2016 SEAT MII 1.0L Petrol · FF16 FMM

The vehicle passed its most recent MOT test on 22 May 2026, with two advisories recorded against the front suspension arm pins or bushes which were noted as worn but not yet resulting in excessive movement. While this constitutes a pass and therefore confirms current roadworthiness, the advisories are a clear early indicator of progressive wear in the front suspension assembly and warrant close attention before purchase. Looking back through the recent MOT history, the pattern reveals two previous failures. The May 2025 test recorded major defects relating to exhaust emissions, specifically excessive carbon monoxide and hydrocarbon content alongside an out-of-range Lambda reading, indicating a fuel metering or catalyst efficiency concern at that time. Earlier, in June 2022 and June 2023, the vehicle failed on a wiper effectiveness issue and an inoperative engine management indicator lamp respectively. Both were rectified, and the intervening MOTs in 2022, 2023, and 2024 passed without advisories. The overall trend therefore suggests a generally well-maintained vehicle but with two emerging areas of concern: the front suspension wear flagged in 2026 and the prior emissions irregularity which, given the seven-day interval between the failure and subsequent pass in 2025, may have been addressed but should be verified with documentary evidence of remedial work. The recorded mileage of 40,410 miles over approximately ten years equates to an annual usage of around 4,041 miles, which is substantially below the average for a vehicle of this age. Low annual mileage of this nature can reflect a number of usage patterns. It may indicate a second or occasional-use vehicle, periods of extended standing, predominantly short urban journeys, or a combination of all three. The MOT record itself does not show any large single-year mileage jumps, suggesting usage has been consistent and modest throughout the vehicle's life. Mechanically, low-mileage vehicles of this age present a different wear profile to higher-mileage counterparts. Components subject to distance-based wear such as the clutch, drivetrain, and engine internals may have suffered less degradation, while time-sensitive components can deteriorate through age and inactivity rather than use. The brake discs and calipers, for instance, are prone to surface corrosion from standing, and the 12V battery is highly susceptible to sulphation and capacity loss when not regularly charged through regular driving. Given the advisory items recorded on the most recent test, the front suspension arm pins or bushes should be physically inspected prior to purchase. On a test drive, listen for any knocking, clonking, or rattling from the front suspension over uneven road surfaces, speed humps, or when turning at low speed, as worn bushes typically produce audible impacts as the components shift within their housings. Uneven or feathered tyre wear, particularly on the inner or outer edges of the front tyres, can also indicate compromised geometry from worn suspension components. The vehicle should be raised if possible to allow a visual check of the bushes themselves for cracking, splitting, or excessive play when the wheels are rocked. With the previous exhaust emissions failure, it would be prudent to check whether any diagnostic work, sensor replacement, or catalyst repair was carried out and to request supporting invoices. On a test drive, monitor the engine management light for any intermittent illumination, observe whether the engine runs smoothly at idle, and note any hesitation, misfire, or unusual exhaust odour which might suggest a recurring Lambda sensor or catalyst issue. Beyond the recorded advisories, the age and low-mileage profile of this SEAT MII warrants a number of practical physical inspections. Tyre condition should be examined carefully for sidewall perishing and cracking caused by age rather than wear, as tyres fitted to low-mileage vehicles often retain legal tread depth but degrade through UV exposure and ozone over time; check the DOT date code on the sidewall for age. The brake discs should be inspected for severe surface rust, lipping, or binding calipers resulting from periods of standing, with a test drive confirming smooth braking and no pulling to either side. The 12V battery should be load-tested, as a ten-year-old unit or one that has endured long standing periods is likely nearing end of service life. All fluids, including engine oil, coolant, brake fluid, and the manual transmission oil if applicable, should be checked for condition and age, with particular attention to brake fluid which degrades hygroscopically and should ideally have been changed every two years regardless of mileage. Finally, verify the service book stamps or digital service history to confirm that time-based servicing such as cambelt, spark plugs, and fluid changes has been carried out at appropriate intervals, since low annual mileage does not negate the requirement for calendar-based maintenance schedules.