2010 Skoda Octavia 1.9L Diesel · CP10 DTO

A clear pattern of front-end wear and rear axle deterioration dominates this vehicle's MOT record, with a notably serious failure in late 2023 followed immediately by a re-test pass. On 2023-09-05 the vehicle was certified roadworthy, but only after it had failed the previous day on multiple dangerous and major defects concerning the rear axle and engine. The rear wheel bearings on both sides were flagged, with the nearside unit deemed dangerously rough and at risk of overheating or breaking up, while the offside rear shock absorber was reported as both leaking fluid seriously and offering negligible damping effect. An excessive engine oil leak was also recorded as a major defect at the same time. Earlier advisories and a minor defect concerning the nearside front CV joint boot in 2021 further indicate persistent wear to drivetrain and suspension sealing components, and advisories recorded alongside the 2023 pass noted damage to both sill lips, all four 205/60/15 tyres, and the examiner's observation that the vehicle appeared to have been used as a taxi. The 2022 test additionally recorded front tyres worn close to the legal limit on both edges. Although the vehicle passed both the 2018, 2019, and 2020 tests with no defects, the most recent record reflects significant mechanical deterioration concentrated at the rear axle and engine. The recorded mileage of 338,525 miles across approximately sixteen years equates to an annual accumulation of around 21,158 miles, which is well above average for a private-use Skoda Octavia of this age. This figure is consistent with the 2023 advisory remarking on high mileage and former taxi use, and the relatively short intervals between some tests during that phase of life support that working pattern. Heavy commercial or fleet-style use places considerably greater demand on clutch, braking, suspension bushes, wheel bearings, and engine oil seals than ordinary private mileage would. The mechanical consequence of this usage profile is now visible in the MOT record, particularly in the rear wheel bearings, rear shock absorbers, and engine oil leaks recorded at the most recent test. The mileage must therefore be treated as a primary risk factor when assessing this vehicle, rather than a neutral background detail. For a prospective buyer, the rear axle components flagged in September 2023 should be the primary focus of any inspection. On a road test, listen for clonking or grumbling noises from the rear hubs, particularly when cornering or transitioning between acceleration and overrun, as these are classic symptoms of worn rear wheel bearings. With the shock absorber concern, the vehicle may exhibit excessive rear body roll, bottoming out over speed humps, or an unsettled ride over undulating surfaces, and a visible fluid residue on the offside rear unit would confirm the previous fluid-leak advisory has not returned. The engine oil leak recorded at the same test warrants inspection of the underside for fresh oil staining, particularly around the sump, cam chain area, and any oil filter housing, and the engine should be observed on start-up for the characteristic ticking or rough idle often associated with low oil pressure resulting from persistent leaks. Sill lip damage noted on both sides also requires close inspection, as corroded sill outer panels can conceal structural corrosion deeper within the sill box section, so a lift or thorough underbody examination is advisable. The drivetrain and braking components flagged across the record also merit specific attention. The nearside front CV boot was recorded as severely deteriorated in 2021 and should be visually checked for splits, grease loss, or replacement evidence, with any clicking on full lock indicating joint failure. Front tyres previously worn on both edges suggest prior tracking or suspension geometry issues, so the current tyres should be inspected for uneven wear patterns and the steering checked for pulling or vibration under braking. Given the high recorded mileage, the clutch, dual-mass flywheel (if applicable), and front brake discs and pads should be expected to require replacement, and any test drive should include repeated firm braking from higher speeds to detect judder, vibration, or pulling that would indicate warped discs. Finally, given the taxi-style usage history, the interior and boot areas may show considerable wear, and the vehicle's service documentation should be carefully reviewed to confirm that the high-mileage drivetrain has received regular attention beyond what the MOT record alone can verify.