2022 Volkswagen Golf GTE S-A 1.4L Hybrid electric (clean) · NC71 AEP

The Volkswagen Golf GTI S-A demonstrates a stable roadworthiness profile, though the February 2026 test presents an unusual anomaly. Both tests on 2026-02-05—one passing and one failing—were conducted at identical mileage (29,830), with no defects recorded in either. This suggests either a rare administrative duplication or a test centre procedural quirk rather than a mechanical issue. The most recent valid pass, on 2026-02-05, confirms the vehicle remains compliant with current MOT standards, with no advisories or recurring faults to indicate worsening mechanical trends. The absence of defects across three tests (2025-01-23 and 2026-02-05) implies consistent compliance with structural and functional requirements, though the duplicate entries warrant verification of the vehicle’s true service history. The mileage progression reveals a steady usage pattern, with 22,320 miles at the 2025 test and 29,830 miles at the 2026 tests—a total of 7,510 miles accumulated in just over a year. This aligns with typical annual mileage for a vehicle of this age, suggesting neither excessive wear nor prolonged neglect. The gap between the 2025 and 2026 tests (approximately 11 months) is standard for MOT intervals, and there are no red flags in the mileage increments to suggest aggressive driving or extended periods of disuse. However, the lack of intermediate service records means potential wear on high-wear items—such as suspension bushes, brake pads, or timing belt components—cannot be confirmed without further documentation. Given the clean MOT history, a prospective buyer should prioritise a thorough inspection of suspension components, particularly the rear subframe and bushings, which are common failure points on this model. The absence of advisories does not preclude gradual degradation, so checking for uneven tyre wear, excessive play in steering, or binding calipers is essential. Brake discs and pads, while not explicitly flagged, should be assessed for thickness and surface condition, as hybrid vehicles like this often experience higher thermal stress. Additionally, the electrical system—including battery health, charging performance, and hybrid-specific diagnostics—should be verified, as hybrid failures are often silent until critical. Structural integrity, particularly around wheel arches and underbody, should also be scrutinised for corrosion, especially given the vehicle’s age and typical UK environmental exposure.