2014 Suzuki Alto 1.0L Petrol · KM64 VLU

The 2014 Suzuki Alto presents a stable and improving maintenance picture as of its most recent MOT on 16 April 2026 at 52,764 miles, where it passed with zero defects. This clean sheet is a significant turnaround from the preceding test cycle. The 2025 failure at 44,351 miles revealed a cluster of issues including a binding offside front caliper, worn front brake discs and pads, a deteriorated inner CV boot, and a failed anti-roll bar linkage dust cover. The fact that the April 2025 retest at 44,541 miles passed with only tyre wear advisories, and the 2026 test was entirely clear, indicates that the previous owner addressed those mechanical faults promptly. The trend is clearly resolving rather than worsening. The mileage profile tells a story of very light use. At roughly 4,397 miles per year over twelve years, this is well below the UK average. The jump from 36,504 miles in April 2024 to 44,351 miles by April 2025 represents a notable spike of 7,847 miles in a single year, suggesting a change in ownership or usage pattern. However, the subsequent climb to 52,764 miles by April 2026 adds another 8,413 miles, confirming the car is now being driven more regularly. Despite this increased recent activity, the mechanical condition has not deteriorated, which speaks well of the current upkeep. Buyers should still approach with a discerning eye given the recurring themes in the history. The repeated appearance of worn front brake discs across multiple tests, culminating in a binding caliper failure in 2025, suggests the braking system has been a persistent weak point. A thorough inspection of the front brake discs, pads, and caliper sliding mechanisms is essential to confirm the repairs have held. The deteriorated inner CV boot flagged in 2025 also warrants a close look at the nearside front driveshaft joint for any play or contamination, as a neglected split boot leads to joint failure and costly replacement. The 2025 advisories on all four tyres wearing on the edges point to potential alignment or suspension geometry issues, likely linked to the anti-roll bar linkage dust cover defect noted in the same period. A four-wheel alignment check and a visual inspection of the front suspension bushes and ball joints would be prudent. Given the low annual mileage, also inspect the underside for surface corrosion on brake lines, subframe mounting points, and exhaust components, as short-trip use accelerates moisture-related corrosion even on low-mileage vehicles.