2021 Skoda Octavia SE Tech TSI IV S-A 1.4L Hybrid electric (clean) · AV71 UBJ

With only two MOT tests on record, both returning a clean pass with zero advisories or defects, this 2021 Skoda Octavia presents an exceptionally tidy roadworthiness profile to date. The most recent test on 01 December 2025 confirmed a pass with no items recorded, continuing the unbroken pattern established at the 2024 examination. The absence of any flagged brake, suspension, tyre, or corrosion concerns across two consecutive tests suggests the vehicle has not yet developed the typical advisories seen on cars of this vintage, particularly around brake disc wear, coil spring corrosion, or suspension bush deterioration. While the short MOT history naturally limits the depth of trend analysis, the clean sheet is a positive indicator that core safety-critical components are within specification. A recorded mileage of 25,734 miles over five years equates to an annual accumulation of around 5,147 miles, placing this Octavia firmly in low-mileage territory for its age. This relatively modest usage figure implies either predominantly short urban journeys, light commuter use, or a period of extended standing. Mechanically, low-mileage vehicles tend to experience reduced wear on high-cycle consumables such as brake pads and discs, clutches (manual variants), and internal engine components. However, the Skoda's DSG automatic gearbox, turbocharged 1.0 TSI engine, and associated ancillaries still benefit from regular warm-up cycles to maintain oil clarity and prevent seal drying. A low annual mileage can also accelerate ageing of rubber components and underbody sealing through infrequent use rather than wear. For a prospective buyer conducting a physical inspection, particular attention should be directed towards the areas most prone to issues on TSI-powered Octavias of this generation. On a test drive, listen carefully for any rattle or metallic knock from the rear axle over uneven surfaces, as the rear torsion beam and its associated bushes can deteriorate on lower-mileage cars that have spent time standing. Evaluate the smoothness of the DSG gear changes, particularly during low-speed manoeuvring and parking, where any shunt, hesitation, or judder would warrant investigation. Check the brake pedal feel for firmness and inspect the discs visually for any lipping or surface rust patches that have become uneven, as even low-mileage cars can develop uneven disc corrosion if left stationary for extended periods between drives. Finally, given the limited MOT history and the vehicle's relatively low usage, a pre-purchase inspection by a competent independent garage is advisable to verify the condition of items not typically examined at MOT, such as the cambelt or timing chain service interval status, DSG mechatronic behaviour, and the state of the underbody and exhaust system. Inspect all four tyres for age-related sidewall cracking as well as tread depth, since low-mileage cars often retain original tyres long past their effective service life due to infrequent replacement. Confirm the full service history is present, with particular reference to the DSG fluid and filter change schedule, as neglecting this can lead to expensive mechatronic repairs. Should these checks return satisfactory results, the mechanical outlook based on the documented history is reassuringly sound.