2016 Skoda Superb 1.6L Diesel · AF16 WHM

The most recent MOT test on 2026-08-26 resulted in a passing outcome, though it followed a failure two days prior due to misaligned front headlamps and a registration plate advisory. Despite this inconsistency, the broader maintenance trend over the past three years shows a pattern of recurring advisories related to brake pad wear and tyre condition, with no major failures beyond the rear shock absorber issues from 2024. The vehicle’s MOT history is not entirely clean but demonstrates a consistent approach to addressing wear-related concerns, though some issues, such as the front headlamp aim, have persisted across multiple tests. The presence of multiple thin brake pad advisories and worn tyres suggests that the driver has not yet addressed these critical components, indicating either a lack of proactive maintenance or delayed servicing. These advisories warrant immediate attention, as thin brake pads and worn tyres compromise road safety and could lead to costly repairs if ignored. The vehicle’s recorded mileage of 127,547 miles for a ten-year-old model represents a high annual usage rate of approximately 12,755 miles per year, which is notably elevated for its age. Such mileage accumulation typically accelerates wear on consumables like brake pads, tyres, suspension components, and fluid systems, as well as structural elements exposed to prolonged stress. The absence of significant mileage gaps suggests the car has been in regular, possibly heavy use, which may explain the rapid deterioration of brake components and tyre wear patterns. However, it is also possible that the vehicle has been stored for extended periods without maintenance, leading to hidden issues such as standing corrosion on brake discs, caliper binding, or fluid degradation. The combination of high mileage and recurring advisories underscores the need for a thorough mechanical inspection to identify any underlying wear progression or component failure that may not yet be evident in the MOT records. Given the recurring brake pad and tyre advisories, the prospective buyer should prioritise a detailed inspection of the braking system. Thin brake pads and worn discs indicate that the pads have been worn down to their backing plates, which is unsafe and will require immediate replacement. During a test drive, listen for uneven brake pedal travel, a spongy or vibrating pedal feel, or grinding noises when applying the brakes, which could signal binding calipers, warped discs, or internal brake failure. Additionally, inspect the brake discs for excessive pitting, scoring, or corrosion, which may require grinding or replacement. The front tyres showing edge wear and approaching legal limits necessitate replacement to prevent hydroplaning, poor traction, and reduced stopping distances. Check for uneven tread wear, which may indicate suspension or alignment issues, and listen for clunking noises from the suspension during cornering, which could signal worn suspension bushes or coil springs. For the rear shocks, which failed the 2024 MOT due to fluid leaks and inadequate damping, the buyer should verify their condition through a visual inspection for leaks around the mounts or seals and assess their performance by observing body movement during braking and cornering. A test drive should reveal excessive body roll, bottoming out on bumps, or a loss of ride control, which are signs of failing shocks. If the shocks are beyond repair, replacement is essential to maintain vehicle stability and safety. Beyond the mechanical checks, consider a comprehensive fluid service, including the brake fluid, coolant, and transmission fluid, as high mileage and prolonged use can accelerate fluid degradation. Finally, inspect the vehicle for signs of standing corrosion, particularly on the undercarriage, brake components, and exhaust system, as prolonged exposure to moisture can compromise structural integrity. A thorough visual and functional inspection, combined with the advice above, will help ensure the vehicle’s roadworthiness and longevity.