2022 Honda Jazz EX I-MMD CVT 1.5L Hybrid electric (clean) · GF22 ACX

The 2022 Honda Jazz EX I-MMD has presented a consistently clean roadworthiness record across its four-year history, with both the March 2025 and March 2026 MOT tests returning as passed with no active defects. This pattern of consecutive successful assessments indicates that the vehicle has maintained acceptable roadworthiness standards throughout its ownership period, and the absence of any advising flags at either point suggests the engine, transmission, and core systems have remained in compliance with DVSA requirements. The latest test on 2026-03-11 confirms the current state remains stable, with no new issues emerging since the prior assessment nearly a year earlier. At 43,993 miles on a 2022 model, the vehicle accumulates approximately 11,000 miles per year, a figure that aligns closely with typical daily driving patterns for a compact hatchback and reflects neither unusually high nor suspiciously low usage. The nine-month interval between the 2025 and 2026 MOTs falls squarely within the recommended six-to-nine month testing window, showing the car has been serviced according to schedule without extended lay-up periods. There is no indication of accelerated mileage increase or prolonged inactivity that would typically accelerate component wear, so the mechanical system appears to have aged gracefully under regular service. During a test drive, pay particular attention to the CVT unit for any grinding or slipping noises when accelerating from a stop, as the I-MMD variant relies heavily on seamless power delivery through this system. Listen for clunking or knocking over bumps, which could signal worn suspension bushings or control arm mounts that may not yet have triggered a formal advisory. Brake pedal feedback should remain firm and responsive without spongy action, and the steering should feel linear with no heavy pulling toward either side. Given the clean MOT history, these observations will confirm whether the underlying systems continue to operate within their design parameters despite the moderate mileage accumulation. Even with a flawless MOT record, it is prudent to conduct a thorough pre-purchase inspection focused on the CVT housing for any unusual vibrations, check all rubber components for cracking or hardening, and verify that the subframe shows no signs of rust penetration—particularly around wheel bolts and suspension mounting points where corrosion is a known concern on older Japanese hatchbacks. A visual sweep for fluid leaks around the CVT input shaft and under the chassis will complement the test-drive assessment, ensuring that the lack of advertised defects does not mask developing issues that might surface under heavier use. The stable test results provide a solid foundation for confidence, but the physical verification of these specific systems will determine whether the car continues to meet its roadworthiness obligations beyond the written record.