2022 Suzuki Swift Sport Boosterjet Mhev 1.4L Hybrid electric (clean) · FD22 LHM

The most recent DVSA examination on 29 June 2026 resulted in a clean pass with no advisories or defects recorded, which represents the optimum outcome from a roadworthiness perspective. The only entry of note in the preceding test history is a single advisory issued on 16 June 2025 concerning minor cosmetic cuts on the nearside front tyre outer sidewall, none of which were deemed deep enough to compromise the underlying ply or cord structure. With no recurring defect themes across the recorded test history, the maintenance trend can be characterised as stable and consistent, with no evidence of progressive deterioration in areas such as suspension components, braking efficiency, lighting systems, or exhaust emissions. The absence of any advisories on the most recent pass further suggests that any previously noted issues have been resolved or have not reoccurred, which is reassuring for a prospective purchaser. The recorded mileage of 8,314 miles over an approximate four-year ownership period equates to an annual average of around 2,078 miles, which is substantially below the typical usage rate for a vehicle of this age and class. This level of utilisation suggests the car has either been used predominantly for short urban journeys or has experienced prolonged periods of standing between uses. Low annual mileage of this nature carries specific mechanical considerations beyond simple wear and tear, as calendar-based degradation of consumables and perishable components often becomes more relevant than distance-based wear. Prolonged standing can lead to brake disc surface corrosion, particularly if the vehicle is stored in damp conditions, and may also result in seizing or binding of brake caliper mechanisms due to lack of regular actuation. Given the low usage profile and the vehicle's four-year age, particular attention should be directed towards age-related component condition rather than traditional wear items. Tyre sidewalls should be inspected closely for perishing or cracking caused by UV exposure and ozone degradation, as rubber compounds deteriorate with time regardless of remaining tread depth, and any tyres fitted for a number of years may require replacement on age grounds even if they appear serviceable. The 12-volt battery should be tested for state of charge and cranking performance, as low-mileage vehicles are particularly susceptible to premature battery failure due to insufficient charging cycles. Brake discs should be examined for surface rust and the calipers checked for smooth operation, and the handbrake mechanism should be exercised to confirm it has not seized from lack of use. Additionally, brake fluid is hygroscopic and should be replaced on a time-based schedule typically every two years regardless of mileage, so verification of recent fluid servicing is advisable. Finally, the mild hybrid boosterjet powertrain and associated ancillary systems warrant specific scrutiny in a low-mileage application. Coolant, engine oil, and transmission fluid all degrade over time and may require replacement on calendar rather than mileage intervals, so service history documentation should be examined to confirm time-based servicing has been undertaken. The mild hybrid electrical components, including the integrated starter generator and supplementary battery system, should be checked for fault codes via diagnostic interrogation, as these systems can develop dormant faults from extended periods of inactivity. During a test drive, particular attention should be paid to any unusual noises from the suspension suggesting corroded or seized components, any pulling under braking indicating binding calipers, and any hesitation or warning lights associated with the hybrid system. Confirming the vehicle has been regularly run through its full operating temperature range and driven for sustained periods will provide reassurance that the mechanical and electrical systems have remained in serviceable condition.