2020 Honda Jazz SR I-MMD CVT 1.5L Hybrid electric · WN70 KXS

The most recent DVSA MOT test for this 2020 Honda Jazz SR I-MMD was conducted on 14 July 2026 and resulted in a Pass, although two advisories were recorded concerning the rear braking system. Specifically, the rear brake pads were noted as wearing thin, and the rear brake discs were identified as worn though not excessively. Evaluating the recent MOT trajectory, the vehicle has maintained a consistent pass status across all recorded tests, with a clean 2024 examination and a series of advisories in 2023, 2025, and 2026 that have shifted focus from front tyre wear to rear tyre perishing and most recently to the rear brake components. The pattern suggests a stable but attentive maintenance approach, with the latest advisories indicating that the rear braking system is approaching a serviceable threshold and warrants monitoring before the next annual test. In terms of recorded mileage, the vehicle has accumulated 33,757 miles over approximately six years, equating to an annual usage of around 5,626 miles. This figure is considerably below the national average for a vehicle of this age and segment, suggesting either predominantly short urban journeys, a secondary household car, or extended periods of standing idle. While low annual mileage reduces wear on high-load drivetrain components such as the clutch and engine internals, it introduces distinct mechanical considerations including accelerated tyre sidewall perishing, brake disc surface corrosion from infrequent use, potential 12V battery degradation due to incomplete charging cycles, and the natural calendar-based deterioration of fluids including brake fluid, coolant, and the hybrid system’s inverter coolant. The mileage gap between tests, particularly the relatively modest accumulation over the past two years, reinforces the likelihood of extended standing periods that demand careful inspection of these time-sensitive components. Given the recurring tyre-related advisories and the most recent braking system notes, a prospective buyer should undertake a focused physical inspection and test drive evaluation. The rear brake pads and discs, flagged in July 2026, should be examined for remaining friction material thickness and disc lip or surface corrosion, and the buyer should listen for any squealing, grinding, or juddering under moderate braking effort, which would indicate binding calipers or warped discs resulting from the vehicle’s low usage pattern. The tyres warrant particular scrutiny for sidewall cracking, perishing, and any cuts or bulges, as rubber compounds degrade with age regardless of tread depth; a nearside and offside rear tyre replacement may already be due. On the test drive, attention should be paid to any suspension clonks or knocks over uneven surfaces, which could indicate perished bushes or weakened coil springs, and the regenerative braking system should be observed for smooth transition between regenerative and friction braking. Beyond the specific advisories, the age and usage profile of this Honda Jazz necessitate a comprehensive check of items susceptible to calendar-based degradation. The 12V auxiliary battery, critical for the hybrid system’s startup and ancillary functions, should be load-tested as batteries typically require replacement every four to six years, and the current unit may be approaching the end of its service life. All fluid reservoirs, including brake fluid (which absorbs moisture and should be renewed biennially), engine coolant, and the hybrid inverter coolant, should be inspected for correct levels and condition, with any service history cross-referenced to confirm periodic replacement. The exhaust system, including the under-floor heat shield and mounting rubbers, should be examined for corrosion given low annual mileage which can paradoxically accelerate external corrosion due to moisture accumulation. Finally, verifying the service book stamps and ensuring the I-MMD hybrid system has been subjected to its scheduled diagnostic checks will provide further confidence in the vehicle’s ongoing mechanical integrity.