2016 Mazda CX-5 2.0L Petrol · EU66 VTM

A clean DVSA record dominates the roadworthiness picture on this 2016 Mazda CX-5, with every pass issued between 2023 and 2025 recording zero advisories and no defect entries logged against the vehicle. The pattern of paired pass and fail entries on 14 November 2025, alongside a similar pairing in November 2023, is consistent with retest mechanics rather than mechanical deterioration; it indicates the car was presented, a category was challenged, and it subsequently returned a pass under the same inspection. With no advisory text ever recorded across four years of testing, there is no DVSA evidence of emerging component wear, corrosion to structural or underbody areas, fluid leakage, or brake, tyre, or suspension degradation at the point of last inspection. The overall trend points to a mechanically stable vehicle from a documented compliance standpoint. The usage profile is unusually light for a ten year old crossover, with just 42,230 miles recorded over the vehicle's life, equating to a modest annual accumulation of roughly 4,223 miles. There are no extended gaps in the MOT history that would suggest a long period off the road with no testing exposure, which reduces concern about seized brake calipers, dried suspension seals, or perished rubber components associated with prolonged standing. Low annual mileage does, however, shift mechanical attention away from high wear items like brake friction material, clutch friction surfaces, and drivetrain internals, and towards items that degrade primarily with age, such as corrosion, fluid condition, and polymer components. Given the absence of any recorded advisory specifically noting underbody or structural corrosion, the DVSA record offers no direct evidence of rust penetration at suspension mounting points, subframe seams, or brake line runs. A prospective buyer should still execute a careful physical and dynamic appraisal, prioritising the exact components and zones that DVSA testers would scrutinise on a ten year old chassis. On the underside, look for surface corrosion on the rear subframe, trailing arms, and rear brake backplate area, and probe with a gloved hand or screwdriver around the front suspension strut mounting plates, lower arm joints, and anti-roll bar drop links for any flaking that has advanced into structural metal. Inspect the outer brake disc edges for a pronounced lip and check pad material thickness, as low mileage does not preclude corrosion-induced disc runout or binding caliper slides, which can manifest as a judder through the pedal or a pulling sensation under braking. Rubber items worth close inspection include the engine and gearbox mountings, the driveshaft gaiters, the steering rack boots, and the CV joint covers, all of which can harden or split purely with age. On the road, the test drive should be structured to expose age related deterioration rather than wear related faults. Listen for clonks or loose knocks from the front end over speed humps and broken tarmac, which can indicate worn suspension bushes, tired coil spring seats, or failing top mount bearings, and pay particular attention to any rattle emanating from the rear suspension over undulating surfaces. On a motorway stretch, confirm that the vehicle tracks straight without steering pull, which would suggest uneven brake drag or a seized caliper piston rather than simply wheel alignment, and check for any vibration through the steering wheel that could point to a slightly bent rim following kerb impact. Finally, verify that all warning lamps extinguish promptly after ignition, that the air conditioning delivers consistent cold output, and that the electronic handbrake applies and releases cleanly, as these are common age related failure points on a CX-5 of this generation that would not necessarily appear in the MOT record but would influence the vehicle's overall roadworthiness and usability.