2022 Honda Jazz Crosstar EX I-MMD CVT 1.5L Hybrid electric (clean) · AV71 VEF

A clean and uninterrupted MOT record establishes this Honda Jazz Crosstar as a vehicle with a strong, currently unblemished roadworthiness profile. With passes recorded at both the February 2025 and February 2026 tests, and no advisories, advisories history, or failures logged across those examinations, the official DVSA documentation presents a car that has not exhibited any wear items severe enough to warrant even an advisory note over successive annual checks. This kind of defect-free pattern in a relatively modern hybrid crossover is reassuring, particularly for a buyer prioritising immediate compliance and short-term mechanical reliability. The consistency between the two tests, without any deterioration in flagged components, suggests structural and mechanical condition has remained stable heading into the current ownership cycle. With a recorded mileage of 15,182 miles against an approximate four-year age, this Jazz Crosstar has averaged around 3,800 miles annually, which sits firmly in low-mileage territory for its class and age bracket. Such modest accumulation typically reflects a vehicle used primarily for short urban errands, commuting, or local errands rather than sustained motorway use, and this usage pattern is generally kinder to high-stress drivetrain components, clutch assemblies, and brake friction material. However, low annual mileage does introduce distinct mechanical considerations, particularly for the hybrid powertrain. The i-MMD system relies on regular battery cycling and thermal management, meaning prolonged periods of inactivity followed by short trips can prevent the high-voltage battery from reaching optimal operating temperature and can leave the conventional 12V auxiliary battery susceptible to discharge if the vehicle is left standing for weeks at a time. Buyers should therefore confirm the date of the most recent service and verify that the hybrid system has been exercised regularly rather than left idle for extended intervals. From a targeted inspection standpoint, although no specific components have been flagged historically, particular attention should be paid to the areas most likely to exhibit early wear on a Crosstar of this configuration and mileage. On a test drive, listen for any binding or juddering from the front brake calipers, which can occur after periods of light use as surface corrosion develops on the discs; a slow, controlled stop from around 20 mph should produce a smooth pedal without vibration through the steering wheel. The MacPherson strut front and torsion beam rear suspension should be evaluated over uneven road surfaces for knocking, clonking, or creaking noises indicative of worn anti-roll bar bushes, top mounts, or droplink articulation, all common wear points that may not yet have crossed advisory thresholds. Steering should remain precise and self-centring without pulling to either side under steady throttle, and the CVT transmission should deliver seamless, step-free acceleration without any rubber-band effect or hesitation under load. Given the hybrid specification, a brief evaluation of the i-MMD system is worthwhile during the inspection. Confirm that the vehicle transitions silently between electric and petrol operation at low speeds, with no warning lights present on the dashboard and the ready indicator engaging promptly on start-up. The interior switchgear, infotainment, and climate control should be checked for full functionality, as electrical gremlins are more readily detectable through regular use. Finally, although no corrosion advisories appear in the MOT history, a visual check of the wheel arches, underbody, and brake pipe routing remains prudent given the Crosstar's rugged styling and raised ride height, which can expose lower components to greater road spray and debris accumulation. Overall, the documented history offers a confident starting point for any prospective buyer.