2015 Volkswagen Golf 1.4L Hybrid electric (clean) · NA65 CVH

The vehicle presents a mixed mechanical picture as of its most recent MOT on 2nd February 2026 at 79,727 miles. That test passed, but the tester flagged corrosion on both rear suspension arms and the front sub-frame, noting that structural rigidity was not yet significantly reduced. This is a notable shift from the clean pass recorded on 1st February 2024 at 67,038 miles. The trend is therefore worsening in one specific area: structural corrosion. Other mechanical systems appear to have stabilised. The binding front brake and light oil misting on both front shock absorbers that appeared in the February 2025 tests were not re-flagged in 2026, suggesting those items may have been addressed or have not deteriorated further. The maintenance trajectory is not uniformly declining, but the emergence of corrosion advisories on load-bearing components is a clear concern that warrants close attention. The mileage accumulation of roughly 7,248 miles per year over eleven years is entirely typical for a vehicle of this type and age. There is a notable gap in the MOT record between 15th December 2022 at 59,176 miles and 1st February 2024 at 67,038 miles, a span of over twelve months covering approximately 7,862 miles. This is not an unusually long gap, as the vehicle may have been tested late in one cycle and early in the next, but it does mean there is no formal record covering that interim period. The subsequent annual intervals between 2024, 2025, and 2026 are consistent and well-documented, showing no evidence of rapid accumulation or suspiciously low use. A buyer should prioritise a thorough underbody inspection focused on the front sub-frame and both rear suspension arms. The 2026 advisories describe corrosion that had not yet compromised structural integrity at the time of testing, but corrosion on these components is progressive and can accelerate, particularly through winter road salt exposure. Have a qualified technician assess whether surface corrosion has advanced to pitting or section loss, particularly around mounting points and bush locations. The front shock absorbers also deserve attention. Although the oil misting noted in February 2025 was not repeated in 2026, damping performance should be tested dynamically, as intermittent misting can indicate seal wear that worsens with heat and load. The nearside front brake binding flagged in 2025 should be verified as resolved by checking for uneven pad wear, caliper slide pin free movement, and disc heat discolouration. Tyre condition on the front axle was borderline in 2025, so inspect current tread depth and edge wear patterns, which may indicate tracking or suspension geometry issues. Overall, the vehicle is roadworthy today, but the corrosion advisories represent a developing risk that could affect long-term structural integrity and future test outcomes if left unmonitored.