2022 Suzuki Ignis SZ5 Dualjet Mhev CVT 1.2L Hybrid electric · YN17 MON

The DVSA record for this 2022 Suzuki Ignis SZ5 Dualjet MHEV CVT presents a notably sparse testing history, reflecting its young age and very low annual mileage. Both the 2025 and 2026 tests resulted in passes with no advisories or defects recorded, and the only failure logged on 2026-03-12 was an administrative or immediate re-test that returned a pass on the same date, suggesting no mechanical defects were found on either occasion. The absence of any advisories for suspension components, brake wear, corrosion, or exhaust integrity across all recorded tests indicates a vehicle that has not yet accumulated sufficient wear to trigger any advisory thresholds under current MOT standards. Mechanically, this translates to a car whose structural and safety-critical components should still be operating within manufacturer tolerances, with the mild-hybrid system and CVT transmission yet to be stressed by prolonged high-mileage use. With only 17,354 miles recorded over four years, the Ignis is achieving roughly 4,338 miles per year, which is significantly below the average annual mileage for a UK vehicle of its age. This low accumulation rate raises questions about typical usage patterns, as the car may have experienced extended periods of standing or predominantly short, low-load journeys. Such usage can accelerate certain wear mechanisms; a CVT transmission, while generally robust, can suffer from degraded fluid quality and stretched variator components if subjected to frequent short trips without reaching full operating temperature. The 12V battery and the hybrid system's supplementary electrical components may also have been stressed by irregular charging cycles and short journeys that prevent full replenishment. The 13-month gap between the 2025 and 2026 tests is consistent with the standard MOT renewal window and does not indicate any extended off-road status or untaxed periods. From a buyer inspection perspective, priority should be given to a thorough evaluation of the CVT transmission's behaviour, particularly its responsiveness during gentle acceleration and its tendency to hunt or shudder under load, as low-mileage CVTs can develop judder issues from fluid degradation or belt wear. Listen for any unusual whining or buzzing from the transmission tunnel during a road test, and confirm that the transition between the petrol engine and the mild-hybrid assistance feels seamless without any harsh clunks or delays. Inspect the underside of the vehicle for any signs of fluid leakage from the transmission casing, engine sump, or hybrid component housings, as stationary vehicles are more prone to seal drying and subsequent oil misting. Check the condition of the brake discs and pads closely, because low annual mileage with predominantly urban driving can lead to surface corrosion on the discs even when pad material remains thick; feel for any roughness or pulsation through the brake pedal during the test drive. Suspension components warrant detailed inspection despite the clean MOT record, as low-mileage vehicles that have been stood for extended periods can develop corrosion on coil springs, compromised rubber bushes, and seized damper components. Press down firmly on each corner of the vehicle and release; the body should return to its resting position without bouncing more than once, and there should be no clonking or squeaking from the strut assemblies over speed bumps or uneven road surfaces. The exhaust system, including the catalytic converter and mild-hybrid emissions components, should be checked for any signs of external corrosion or rattling, particularly at the mounting brackets and rubber hangers. Finally, verify that all dashboard warning lights, including the hybrid system indicator, illuminate correctly on ignition and extinguish once the engine is running, and confirm that the 12V battery holds sufficient charge by attempting a cold start after the vehicle has been left overnight, as prolonged low-use periods frequently mask underlying battery degradation.