2018 Skoda Octavia 2.0L Diesel · AL10 NXO

A clear mechanical theme emerges across the DVSA record of this 2018 Skoda Octavia, centred on persistent front suspension wear at the nearside lower arm pin or bush, with this advisory appearing consistently at every annual test since at least 2024 and still noted at the most recent examination on 16 June 2026 when the vehicle passed. The pattern indicates that although the component has not deteriorated to the point of failing an MOT, it is undergoing progressive wear and will almost certainly require replacement within the next service interval. The June 2025 test outcome is also worth noting, as the vehicle failed on that occasion due to a non-conforming front registration plate and a nearside headlamp aimed too low, both of which were rectified before the car was re-presented and passed the following day with the same suspension and rear brake advisories carried forward. This combination of repeated advisories on the same suspension joint, alongside a brake disc showing surface pitting and scoring at the rear, suggests that the consumable undercarriage components of this vehicle are approaching a stage where renewed attention is likely required. The recorded mileage of 88,765 miles over approximately eight years equates to an annual accumulation of around 11,100 miles, which sits squarely within the typical range for a privately owned or light fleet Octavia of this generation. There are no significant gaps in the annual testing pattern to suggest prolonged periods off the road, and the consistent year-on-year presentation indicates regular use rather than seasonal or intermittent driving. At this mileage level, the mechanical expectation is for standard wear items such as suspension bushes, brake discs and pads, tyres, and potentially clutch or dual-mass flywheel components on higher-mileage examples to be approaching or past their second replacement cycle, which broadly aligns with the advisory history observed. For a prospective buyer, the nearside front lower suspension arm pin or bush is the single most important component to evaluate, given that it has now been flagged at three consecutive annual tests. On a test drive, listen for any clonking or knocking noise from the front end when traversing speed humps, potholes, or uneven road surfaces, and pay particular attention to whether the knocking occurs on light to moderate inputs rather than only over severe bumps, as this can indicate the bush has loosened sufficiently to permit metal-to-metal contact. With the vehicle stationary and on level ground, rocking each front wheel by hand at the three and nine o'clock positions should reveal any play in the bush; a discernible clunk or slack movement would confirm that replacement is now overdue. The rear brake disc scoring flagged in 2025 should also be investigated by feel during a test drive, as scored or pitted discs can produce a noticeable vibration through the brake pedal or a pulsing sensation under firm braking, and the discs should be inspected for lip measurement to determine whether machining is still viable or outright replacement is required. The nearside front tyre edge wear noted at both the 2023 and most recent 2026 tests warrants direct scrutiny, as repeated inner or outer edge wear on the same axle position often points to an underlying geometry or suspension fault rather than simple tyre ageing. Inspect both front tyres for uneven shoulder wear, and check the sidewall condition for any cracking or bulging, particularly given that tyres approaching the legal tread limit will require replacement regardless of any other findings. The headlamp aim issue recorded at the 2025 failure should also be confirmed as resolved, ideally by parking the vehicle on level ground a few metres from a wall and verifying that the headlamp beam cutoff is horizontal and sits slightly below the horizontal centreline of the lamp unit. Finally, a thorough road test should include firm braking from higher speeds to confirm pedal firmness, and a check for any pulling to one side or uneven steering response, which combined with the suspension advisories would suggest that the front geometry, and not merely the bushes, may benefit from a four-wheel alignment to restore even tyre wear.