2014 Mazda 5 1.6L Diesel · SC14 YCB

The most recent DVSA MOT test recorded on 30 April 2025 shows a pass with no advisories or defects noted, which is the result that matters for current roadworthiness. Curiously, the same date also shows a failed test with no defects recorded, which typically indicates an administrative or administrative-correction entry rather than a mechanical failure, but it is worth confirming with the seller or DVSA that there are no outstanding failure points from that date. Looking at the broader pattern across the past four test cycles, the vehicle has returned clean passes in 2022, 2023, 2024, and 2025 with no advisories recorded at any point. This represents a stable and consistent maintenance trend, suggesting the vehicle has been reasonably well maintained or that wear items have been proactively addressed prior to testing. The absence of recurring advisories on components such as suspension bushes, brake discs, or coil springs indicates no chronic underlying wear pattern has been flagged by examiners. With a recorded mileage of 103,579 miles over twelve years, this Mazda 5 is averaging approximately 8,632 miles per year, which sits broadly in line with typical UK usage for a vehicle of this age and class. This average annual mileage is neither excessively high nor notably low, suggesting the vehicle has seen regular but moderate use rather than long periods of standing or severe high-mileage wear. At this odometer reading, one would expect reasonable wear on major mechanical assemblies, particularly the clutch, brake components, and suspension, but nothing necessarily beyond normal serviceable life if the car has been maintained to schedule. The consistent pass history supports the view that wear has been managed appropriately as mileage has accumulated. Given the clean MOT record and the modest annual mileage, there are no specific recurring defects or advisories to investigate in depth. However, prospective buyers should still conduct a thorough physical inspection focusing on age-related degradation that MOT testing does not always capture. Tyres should be checked closely for sidewall perishing and cracking from age, as rubber compounds deteriorate with calendar age regardless of tread depth, and a vehicle of twelve years standing is particularly susceptible to this even with low wear. The 12-volt battery should be tested for cranking performance, as Mazda 5 battery trays located under the bonnet can suffer from heat degradation, and any starting hesitation or slow cranking in cooler weather would suggest imminent replacement. Brake discs, particularly the rear ones, should be inspected for surface corrosion from standing or light use, and caliper slide pins should be checked for binding by ensuring the vehicle rolls freely when released on level ground. Brake fluid and engine coolant should be considered for time-based replacement regardless of mileage, as both hygroscopic brake fluid and corrosion-inhibitor-depleted coolant degrade on a calendar basis rather than purely through use, and a 12-year-old vehicle will almost certainly be due for both services. On a test drive, listen carefully for any suspension clonks or knocks over uneven surfaces, which would indicate worn anti-roll bar bushes, drop links, or strut top mount bearings typical of this age of Mazda. Pay attention to steering feel for any vagueness, pulling to one side, or knocking from the front suspension, as the Mazda 5 is known to wear front wishbone bushes and track rod ends with mileage. Check for any uneven or feathered tyre wear patterns, which would indicate an underlying alignment, suspension geometry, or brake issue. Finally, verify that the service book is fully stamped and that cambelt and water pump replacement history can be confirmed, as these engines are timing-chain driven but ancillary drive belts and coolant hoses require periodic attention; ensure there is no evidence of coolant leaks around the back of the engine or gearbox area, and confirm the automatic transmission fluid or manual gearbox oil condition if applicable to the variant being considered.