2022 Suzuki Swift SZ5 Dualjet Mhev Allgrip 1.2L Hybrid electric (clean) · YN22 VAA

A clean DVSA record with no advisories or failures recorded on the single test undertaken in May 2025 supports a straightforward roadworthiness picture for this Swift SZ5 Dualjet MHEV Allgrip. With only one MOT pass on file so far and no defects of any category noted, there is no documented pattern of wear items, structural corrosion, lighting faults, or brake deterioration to scrutinise. For a four-year-old Suzuki, a defect-free first test is a positive baseline, though it does mean the record offers limited insight into longer-term trends, making a physical inspection all the more important. The recorded mileage of 18,698 miles against an age of approximately four years equates to an average annual accumulation of around 4,674 miles, which sits comfortably below typical UK driving levels and points to either light commuting use or extended periods of inactivity. Mechanically, such modest mileage tends to preserve component life on wear items like brake pads and discs, clutch friction material, and tyre tread, while reducing thermal cycling stress on the cooling system and exhaust. However, low-mileage operation can also bring its own considerations: standing periods allow brake discs to surface corrode, brake pad backing plates to seize in the caliper carriers, and the 12V battery to lose cranking capacity if the vehicle has not been regularly used. The mild-hybrid system, with its integrated starter generator and additional under-bonnet electrical hardware, benefits from consistent use, so confirming recent regular driving is worthwhile. On a physical inspection, particular attention should be paid to the Allgrip four-wheel-drive system, as the rear coupling and associated propshaft components can develop noise or binding if the vehicle has spent long periods without being driven through tight turns. Listen for any clonks or binding sensation during low-speed full-lock manoeuvres, and check for any signs of oil weep from the rear differential or transfer housing. Given the absence of any advisories relating to the underbody, a thorough visual check of the suspension arms, anti-roll bar bushes, and coil springs for any surface rust or perishing is sensible, as the Swift is known to be susceptible to early corrosion on exposed suspension components in winter-driven examples. Brake-related checks should focus on the rear drum or disc assemblies for any signs of seized caliper slides or handbrake mechanism corrosion, which are common on low-mileage vehicles left standing. On the test drive, evaluate pedal feel for any sponginess or excessive travel, listen for any grinding or scraping from the front discs on the first application, and confirm the steering pulls true on a straight road with no vibration through the wheel. Finally, inspect the tyres for even wear across both axles, as the Allgrip system relies on consistent rolling diameters; mismatched tyre brands or significantly uneven tread depths can place unnecessary strain on the transmission. With no MOT defects to act upon, the priority is confirming that low usage has not allowed common standing-related issues to take hold.