2016 Mazda 6 2.0L Petrol · GL66 CKA

A clean four-test MOT sequence for this Mazda 6 paints a reassuring picture of structural and mechanical integrity, with no advisories, failures, or notable defects recorded across consecutive annual examinations between 2022 and 2025. The most recent test on 30 May 2025 passed without a single entry against it, continuing an established trajectory of roadworthiness that suggests the braking system, suspension geometry, exhaust integrity, and corrosion-prone areas such as subframes and load-bearing body sections have all remained well within acceptable tolerances. The absence of recurring advisory patterns is particularly significant on a ten-year-old vehicle, where components like coil springs, anti-roll bar links, brake discs and flexible brake hoses commonly begin to flag. While a clean MOT history is by no means a guarantee of underlying mechanical health, the lack of any recorded items over a four-year window indicates that none of the routine wear items progressed to the point of examiner comment. Covering roughly 8,129 miles annually, this Mazda has been used at a rate broadly consistent with average UK mileage expectations for its age bracket, neither displaying the prolonged standing periods typical of low-use second cars nor the accelerated wear associated with high-mileage daily drivers. There are no extended gaps in the MOT testing record that would suggest the vehicle was laid up for multiple consecutive years, which is a positive indicator against the kind of dry-corrosion and seized component issues that affect brake calipers, handbrake mechanisms, and underbody hardware left dormant for extended periods. Equally, the mileage accumulation appears steady rather than exhibiting sudden spikes that might point to a change in usage profile or an inconsistent service history. For a Skyactiv-D or Skyactiv-G powered Mazda 6, this usage pattern typically aligns with reasonable longevity of timing chain components, turbocharger bearings, and dual-clutch or conventional automatic transmission internals, assuming manufacturer servicing intervals have been observed. Given the clean advisory record, a prospective buyer should focus their inspection on the components that statistically begin to attract MOT attention on Mazda 6 models in this age bracket, even though they have not yet been flagged on this particular car. Pay close attention to the rear suspension bushes and trailing arm bushes, as these are known to deteriorate and produce clonking noises over uneven surfaces well before they register as failed components. On a test drive, listen for any knocking or rattling from the front end over speed humps and sharp inputs, which could indicate worn anti-roll bar drop links or top mounts that may be approaching advisory threshold. Steering should feel precise without vagueness around the straight-ahead, and any clonking when turning on full lock could point to worn outer CV joints or track rod ends. Brake feel and pedal response deserve particular scrutiny, as Mazda 6s of this generation are prone to rear caliper slide pin seizure and uneven pad wear. On test, accelerate moderately and apply firm, progressive braking from around 40 mph; any judder through the pedal or steering wheel suggests disc lipping or runout, particularly on the front rotors. The handbrake should hold the vehicle on a moderate incline without requiring excessive lever travel, as rear caliper mechanisms can bind or seize leading to dragging brakes and premature wear. Finally, inspect the underbody and wheel arches for any emerging corrosion, particularly along the rear wheel arch lips, sill jacking points, and suspension mounting areas, as salt exposure over ten winters will eventually take its toll even on a car that has thus far escaped examiner comment. A thorough road test on varied surfaces, combined with a borescope inspection of the brake discs through the wheel spokes and a check of the underbody from beneath, will give the clearest picture of this otherwise well-documented example.