2022 Honda HR-V Advance Style I-MMD CVT 1.5L Hybrid electric (clean) · SJ22 ABK

With two consecutive clean passes on record, the most recent being a Pass with no defects recorded on 2026-01-20, this Honda HR-V presents a reassuringly straightforward mechanical profile for its age. The absence of advisories or failures across the available DVSA history indicates that no significant wear items have yet surfaced to tester observation, covering the period from early 2025 through to the start of 2026. For a prospective buyer, this means the car has not exhibited the kind of developing corrosion, suspension degradation, brake wear, or component deterioration that typically begins to register once a vehicle passes the four-year mark. The platform itself, being a Honda HR-V hybrid, has a generally sound reputation for longevity, and the clean MOT record aligns with that expectation rather than contradicting it. At 29,571 miles over roughly four years, the annual accumulation works out at around 7,400 miles per year, which sits comfortably within the typical range for a privately used car of this age. There are no unusual gaps in testing or abrupt jumps in recorded mileage to suggest the vehicle has been used inconsistently, stored for long periods, or subjected to an unexpectedly high workload. This middle-of-the-road usage pattern is mechanically favourable: it implies regular operation, which keeps the hybrid system’s battery conditioned and prevents the tyre flat-spotting, brake disc corrosion, and fluid stagnation issues that can arise from extended standing. Equally, the mileage is low enough that major drivetrain wear on the e-CVT transmission and internal combustion components remains unlikely at this stage. That said, a clean MOT does not constitute a warranty against component wear that develops between tests, and there are specific areas any prospective buyer should focus on when physically inspecting and test driving this vehicle. Pay close attention to the rear brake drums and front discs, as the HR-V can develop uneven pad wear and disc lipping even at modest mileages, particularly if the car has seen a high proportion of urban stop-start driving. During a test drive, listen for any knocking from the rear suspension over uneven surfaces, which can indicate early compliance bush wear, and feel for vibration through the steering wheel under light braking, which would suggest disc run-out. Check the underside visually for any signs of fluid seepage from the rear diff area, as the hybrid system components can occasionally weep oil without this yet rising to the level of an MOT failure. Finally, given the hybrid powertrain, it is worth spending extra time evaluating how the car behaves during the transition between electric and petrol propulsion. A test drive should include a cold start from standstill, during which any unusual rattle, hesitation, or excessive engine vibration would warrant further investigation into the Atkinson-cycle petrol unit and its motor mounts. The CVT transmission should respond smoothly without any juddering or surging under moderate acceleration. Inspect the charging system components, including the high-voltage cable routing under the bonnet, for any signs of disturbance or aftermarket modification, and confirm that the 12-volt auxiliary battery in the boot area is securely mounted and shows no signs of corrosion at its terminals. With the MOT record itself offering no red flags, these physical checks and dynamic observations are the most effective way to confirm that the vehicle’s roadworthy trajectory continues in the same clean direction the paperwork suggests.