2022 Skoda Octavia SE Technology TDI 2.0L Diesel · FP71 BOF

The 2022 Škoda Octavia SE Technology TDI has recently passed its latest MOT on 2026-09-01 with no failures, though the advisory record from the preceding tests indicates a persistent pattern of tyre wear close to legal limits. The advisories from 2025-01-29 and 2026-01-26—both concerning front and rear tyres worn on the inner edge with tread depths approaching the legal minimum—suggest a maintenance trend that has not yet resolved the underlying issue. While the vehicle has passed each MOT, the recurring advisories imply either inconsistent tyre rotation, uneven load distribution, or a developing alignment or suspension problem that requires attention before the tyre wear progresses further. The absence of any failures or critical defects in the latest test does not mask the need for proactive tyre management, as the wear pattern suggests a mechanical or operational factor influencing tread life. The recorded mileage of 40,450 miles for a vehicle aged four years represents a reasonable annual usage rate of approximately 10,112 miles per annum, which aligns with typical driving patterns for this model class. Such mileage accumulation is generally consistent with moderate to heavy use, particularly if the vehicle has been in regular service rather than standing idle for extended periods. However, the steady progression of tyre wear advisories—particularly the front tyres showing deeper smooth areas—could indicate either a lack of proper rotation schedules or a persistent mechanical issue such as misaligned wheels, warped brake discs, or uneven suspension load. If the vehicle has been driven at a consistent rate without significant idle periods, the wear could be more pronounced than expected, warranting a closer inspection of alignment, brake system balance, and suspension integrity. For the prospective buyer, the most critical immediate inspection should focus on the tyre condition and associated mechanical systems. Given the recurring tyre wear advisories, verify that the wheels are correctly aligned and that the vehicle has been rotated according to manufacturer recommendations—typically every 10,000 to 15,000 miles. On a test drive, listen for any signs of uneven tyre wear, such as excessive vibration at speed or a pulling sensation, which may indicate alignment or suspension issues. Additionally, check for brake shudder or pulsation, which could suggest warped discs or binding calipers, particularly if the front tyres have smooth areas. Beyond tyres, inspect the vehicle’s suspension for excessive clunking or rattling, which may signal worn suspension bushes or coil springs, and examine for any fluid leaks under the vehicle, particularly around the brakes, differential, and engine bay, to confirm the advisories are not masked by other issues. If the tyre wear pattern is confirmed to be unrelated to the advisories (e.g., through a professional alignment check), the next step should be to replace the affected tyres before they reach the legal limit, ideally before the tread depth drops below 3.0mm to avoid compromising road grip and safety. For the broader vehicle, given the moderate mileage and recent MOT clearance, a thorough physical inspection is advisable, particularly for components prone to standing corrosion or calendar-based degradation. Check the brake discs and linings for signs of corrosion or excessive wear, as prolonged standing can cause rust to build up on the discs, leading to binding or reduced braking performance. Inspect the 12V battery for signs of age-related failure, such as corrosion on terminals or a sluggish cranking response, and verify that the service book records confirm the last scheduled fluid top-ups, especially for the coolant, brake fluid, and differential oil, which should be replaced every 60,000 to 100,000 miles or every 5 years, whichever comes first. Lastly, consider a professional inspection of the exhaust system for emissions compliance and structural integrity, as older vehicles may develop leaks or rusted components that affect both performance and the MOT test outcome.