2022 Honda Jazz Crosstar EX I-MMD CVT 1.5L Hybrid electric · HF22 RHX

A faultless two-test MOT history marks this Honda Jazz Crosstar as a textbook example of consistent roadworthiness, with both examinations in March 2025 and March 2026 recording a clean pass and zero advisories or defects. That spotless record on a four-year-old hybrid crossover suggests the vehicle has not yet accumulated the kind of wear typically flagged at first MOT, such as minor corrosion, early brake component deterioration, or tyre ageing. The absence of any recurring advisories across consecutive tests points to a stable mechanical condition with no developing concerns that an inspector has previously identified. For a buyer, this represents the ideal baseline: a car that has required no remedial work to satisfy roadworthiness standards over its short testing life. With only 5,862 miles recorded against a four-year age, this Jazz Crosstar has covered roughly 1,466 miles annually, a figure well below the national average and indicative of predominantly light, low-stress use. The mileage progression between the March 2025 test and the March 2026 test implies only modest accumulation over the intervening twelve months, consistent with second-car or short-commute duty rather than sustained motorway mileage. Mechanically, this usage profile is largely favourable for non-consumable items such as brake discs, calipers, and the rear drum assemblies often fitted to this platform, as low mileage tends to preserve component life rather than wear it prematurely. However, very low annual mileage does introduce the well-recognised risk of standing-related deterioration, particularly in the hybrid system's 12V auxiliary battery, fluid seals, and tyre sidewalls, all of which can degrade through prolonged inactivity even when overall mileage is minimal. Because the DVSA record carries no component-specific advisories, there are no historical weak points flagged for prioritised inspection. That said, a prospective buyer should still subject the i-MMD hybrid powertrain and its supporting systems to deliberate scrutiny on a test drive. Listen carefully for any irregular clunks or knocks from the front suspension over uneven surfaces, which would suggest premature wear of the lower arms, anti-roll bar links, or bushes given the car's age. Feel through the brake pedal for any judder or vibration under moderate application, as light use combined with the regenerative braking system can sometimes lead to surface corrosion on the front discs despite low overall pad wear. Pay particular attention to the steering for any dead spots, pulling, or inconsistent self-centring, which can indicate geometry or tie-rod issues not yet significant enough to have been flagged. On a practical inspection, check that the hybrid changeover between electric and petrol propulsion is smooth and free from any shunt or vibration, as a faltering transition can point to degrading battery conditioning or motor mounting issues on a low-use example. Inspect all four tyres for sidewall cracking or flat-spotting, as prolonged standing periods commonly produce ozone damage that would not be visible on tread depth alone. Confirm that the 12V auxiliary battery is holding charge by checking that the infotainment and start-up sequence is brisk rather than sluggish, and verify the service history shows the hybrid coolant and brake fluid have been changed at manufacturer-specified intervals, since mileage alone is not the only trigger for these renewals. Finally, examine the underside and wheel arch liners for any early signs of surface corrosion, particularly around the rear axle and subframe mounting points, even though no such defects have yet been recorded.