2017 Vauxhall Mokka 1.4L Petrol · KU17 SFJ

The 2017 Vauxhall Mokka presents a mixed maintenance picture. The most recent test on 28 February 2026 at 38,558 miles passed cleanly with zero defects, which is a positive sign. However, that clean bill of health followed a failure just one day earlier on 27 February 2026 for a fractured nearside front coil spring. The spring was clearly replaced between the two tests, suggesting the previous owner addressed the immediate failure but the underlying cause, whether corrosion, fatigue, or impact damage, warrants scrutiny. The trend is not clearly stable or worsening; it shows reactive repair rather than consistent preventative care. The mileage profile is notably low. At roughly 4,284 miles per year over nine years, this Mokka has seen light use. The record shows a gap of about 5,756 miles between the February 2025 test at 32,802 miles and the February 2026 test at 38,558 miles, indicating a modest uptick in use over the last year. The mileage progression from 30,482 in February 2024 to 32,802 in February 2025, then to 38,558 in February 2026, suggests the car has been driven more frequently recently after a period of very light use. Low annual mileage can mean less mechanical wear but also raises the possibility of long stationary periods, which can cause tyre perishing, brake surface corrosion, and dried-out rubber bushes. The recurring theme across multiple tests is tyre condition. Nearside rear and offside rear tyres were flagged for cracking, perishing, or edge wear in both the February 2025 failure and the February 2024 pass. This pattern suggests the previous owner deferred tyre replacements beyond reasonable limits, a sign that routine consumable upkeep was not prioritised. A buyer should inspect all four tyres carefully, checking sidewall condition, date codes, and tread depth, and budget for a full set if the current rubber is aged or mismatched. The fractured coil spring failure in February 2026 is the most significant structural concern. A broken coil spring affects ride height, suspension geometry, and can cause uneven tyre wear and compromised handling. A buyer should have the full suspension inspected on a ramp, checking both front and rear springs for cracks or corrosion, and examining shock absorbers for leaks and top mounts for play. The subframe and suspension mounting points should be checked for rust, particularly given the car's age. Brake discs, pads, and calipers deserve attention too, as low-mileage cars can suffer from surface corrosion and binding from prolonged standing. A thorough pre-purchase inspection covering these areas is strongly recommended.