2021 Honda Jazz Crosstar EX I-MMD CVT 1.5L Hybrid electric · DS21 ABV

This 2021 Honda Jazz Crosstar presents an exceptionally clean MOT record across all three annual tests, with pass certificates issued on 4 June 2024, 16 May 2025 and 12 May 2026, and not a single advisory, minor defect or failure item recorded on any occasion. That places the vehicle in the upper bracket of roadworthiness consistency for its age, indicating that none of the components typically scrutinised under the MOT regime, including braking systems, suspension components, steering geometry, tyres, lighting, exhaust integrity or structure, have been flagged as showing measurable deterioration within the past three test cycles. The absence of advisories is particularly notable because Hondas of this era frequently receive early items relating to rear brake component wear or underbody corrosion, neither of which has appeared here. The 2026 pass with zero recorded defects confirms the vehicle continues to meet statutory standards at the present time, supporting a conclusion of consistent mechanical upkeep. Against an age of roughly five years, the recorded mileage of 20,967 miles equates to an annual accumulation of approximately 4,193 miles, which is notably below the average for a UK-registered vehicle. Such restrained use has clear mechanical implications. Brake discs and pads, particularly on the rear axle, may show surface corrosion from limited braking effort rather than friction wear, and the front discs could exhibit lipping from infrequent heavy stops. Tyres, though not flagged on test, may have aged in terms of rubber compound hardness even if tread depth remains legal, given the relatively low mileage accumulation. The hybrid i-MMD powertrain, which uses the petrol engine predominantly as a generator at lower speeds, will have undergone fewer thermal cycles than a higher-mileage equivalent, reducing the likelihood of oil consumption issues or coolant system degradation. Conversely, low annual mileage can occasionally mask issues with components that suffer from underuse rather than wear, though nothing in the MOT history suggests any such concerns are presently evident. For a prospective buyer, the test-drive inspection should focus on the symptoms most likely to accompany low-mileage hybrid operation. On pulling away, listen for any binding or juddering from the front brakes, which can occur when calliper pistons seize from lack of regular exercise; the vehicle may pull slightly to one side under moderate braking if a piston is sticking. Apply the brakes firmly from around 40 mph to check for pedal vibration suggesting front disc lipping, and verify the handbrake travels firmly without excessive looseness. On uneven road surfaces, listen for clonking or rattling from the rear suspension, as low-mileage vehicles sometimes exhibit early corrosion on damper mountings or coil spring seats before it would be flagged at test. The steering should feel precise without any notchiness through the lock-to-lock travel, and any power steering whine on full lock would warrant further investigation. Equally important is a thorough check of items the MOT does not cover comprehensively. The 12-volt auxiliary battery, which powers the hybrid system's control electronics and starter motor, should be tested for cranking performance and state of charge, as low-mileage hybrids can suffer reduced battery longevity despite being five years old. Inspect the underside for any oil misting from the petrol engine's valve cover gasket or from the electric drive unit seals, particularly around the transmission tunnel area. Tyre sidewalls should be examined for cracking or perishing, and the production date stamps noted to ensure they are not significantly older than the vehicle. Finally, verify that all hybrid-specific warning lamps illuminate and extinguish correctly during the ignition sequence, and confirm that the vehicle switches seamlessly between electric, hybrid and engine drive modes without hesitation, as any irregularity here could indicate degradation of the high-voltage battery's thermal management or cell balancing, which would be expensive to rectify on the i-MMD system.