2014 Honda Jazz 1.3L Petrol · EX64 ABF

The Honda Jazz’s most recent MOT test on 2025-07-10 resulted in a clean pass, with no recorded defects or advisories, and the vehicle’s maintenance history over the preceding five years remains consistently compliant. The absence of any failures or advisories across four consecutive MOTs—spaced evenly at annual intervals—indicates a stable maintenance regime, free from recurring mechanical or safety-related issues. This consistency suggests that the owner has adhered to routine servicing schedules, likely including oil changes, filter replacements, and fluid top-ups, which are critical for preventing premature wear on components such as the engine, transmission, and suspension systems. The lack of advisories also points to no outstanding defects that require immediate attention, reinforcing the vehicle’s roadworthiness and reliability under typical driving conditions. The recorded mileage of 37,652 miles for a 2014 model represents a notably low annual usage rate of approximately 3,138 miles per year, which is unusually modest for a vehicle of this age. Such low mileage often correlates with prolonged periods of inactivity, particularly if the car has been stored for extended durations without regular movement, leading to potential issues such as standing corrosion, fluid degradation, and component stiffness. For instance, brake discs and calipers may exhibit signs of corrosion or binding if left stationary for long periods, while suspension bushes and coil springs could develop stiffness or play due to lack of dynamic loading. Additionally, the 12V battery may struggle to maintain charge, risking failure if not regularly tested or charged, and fluids like brake fluid and coolant could degrade over time without circulation. The long gaps between MOTs may also suggest that the vehicle has not been subjected to rigorous driving conditions, which could mask developing wear patterns that would become apparent under heavier use. Given the clean MOT history and the relatively low annual mileage, the prospective buyer should conduct a thorough physical inspection to address potential age-related and low-use-related concerns. First, examine the tyres for sidewall cracking or perishing, which can occur even at low mileage if the vehicle has been stored in high-temperature conditions or exposed to UV degradation over time. Check the tyre tread depth for legal compliance and signs of uneven wear, which could indicate suspension or alignment issues. Next, inspect the brake system for corrosion on discs and linings, particularly around the brake caliper pistons, as standing can cause rust buildup and binding. Test the brakes for performance by applying firm, even pressure during a test drive, listening for any grinding, squeaking, or excessive stopping distances that may signal wear or hydraulic issues. The engine bay and undercarriage should be scrutinised for signs of corrosion, especially around the exhaust manifold, fuel lines, and suspension mounts, which are common areas for rust to develop in stationary vehicles. Verify the fluid levels—specifically engine oil, coolant, brake fluid, and power steering fluid—ensuring they are topped up and free from contamination. The 12V battery should be tested for charge and terminal cleanliness, and the alternator output should be checked to confirm it is maintaining the battery charge. Since the vehicle has not been driven extensively, consider scheduling a service within the next 12 months to address any potential fluid degradation or component stiffness, particularly if the owner plans to keep the car in low-use conditions. Additionally, a professional inspection of the suspension, including the struts, control arms, and bushings, would be prudent to assess for wear or damage that may not be immediately visible. If the buyer proceeds with purchase, they should also ensure that the vehicle’s service history is fully documented, including any scheduled maintenance such as timing belt replacement (if applicable) and timing belt service intervals, which are critical for long-term reliability.