2022 Volkswagen Golf Style TSI E-Hybrid S-A 1.4L Hybrid electric (clean) · PK22 HHA

A 2022 Volkswagen Golf e-Hybrid with this DVSA record presents an unusually thin testing history, with only one test entry appearing on the system in May 2025 and that single test carrying both a Pass and a Fail recorded on the same date. In practice this typically reflects an administrative re-test scenario, where the vehicle was presented, a fail was issued, the defect was rectified on site or shortly afterwards, and the same inspection session also produced the Pass certificate once the work was completed. No defects are recorded against either result, which means the underlying MOT history cannot be interrogated for component-specific wear, but it also means there are no recorded advisories for corrosion, brake condition, suspension components, or tyre wear to act as a benchmark. For a four-year-old e-Hybrid vehicle that should otherwise have a first MOT at three years of age, this sparse record is itself a flag and warrants confirming that the car was not SORN for an extended period or that a previous test certificate has not been lost from the digital record. The recorded mileage of 62,672 miles against a 2022 registration equates to roughly 15,668 miles per year, which is a notably high annual accumulation for a Golf of this age and well above the typical 8,000 to 10,000 mile average. This level of use implies greater wear on the consumable mechanical items than the age alone would suggest, particularly the DSG automatic transmission mechatronic components, the hybrid system battery thermal cycling, brake discs and pads, front suspension bushes, anti-roll bar links, and the rear axle bushings. There is no second mileage point in the MOT record to corroborate the odometer reading, so a thorough physical verification of the mileage against service history stamps and the dashboard cluster is essential. Additionally, because the odometer is the only usage data point available, any inconsistencies between the MOT-recorded figure and the in-car display should be treated as a serious concern. For a hybrid Golf of this specification and mileage, the inspection focus should be on items that the MOT record cannot directly address but which the high annual mileage makes particularly relevant. The DSG gearbox should be checked for smooth shifts through all ranges, any hesitation between drive and reverse, and any sign of clutch judder that would point toward mechatronic wear. Brake pedal feel is important: high-mileage hybrids often suffer from rear brake disc corrosion due to the regenerative braking system doing most of the deceleration, so the rear discs should be inspected for lipping and the handbrake mechanism checked for binding. The test drive should include deliberate low-speed steering inputs to detect any knocking or clonking from the front suspension, which on the Mk8 platform is a common failure point for the lower control arm bushes and wishbone bearings. The hybrid system itself requires particular attention given the usage profile. Listen for any unusual high-voltage cooling fan operation after shutdown and verify that the infotainment system displays a consistent state of charge and a plausible electric-only range for the battery condition. The 12V auxiliary battery, frequently overlooked in e-Hybrid vehicles because the high-voltage system dominates user perception, should be tested for state of health as the MOT record provides no insight into electrical ancillaries. Tyre wear should be checked across the full tread width on both axles, as the additional weight of the hybrid powertrain accelerates shoulder wear, and all four corners should match in age and specification. Finally, a diagnostic scan with VCDS or an equivalent tool to interrogate both the engine and hybrid control modules for historic fault codes is strongly advised, as this will surface any intermittent issues that an MOT would never detect but which high annual mileage makes more likely.