2016 Suzuki Swift 1.2L Petrol · SX65 FTU

The vehicle remains roadworthy as of its most recent MOT on 2025-11-05, but the maintenance trend is worsening. The offside rear brake pipe showed corrosion covered in grease or residue — a condition that could indicate neglect or a failure to address fluid leaks before they compromised the system. This follows earlier structural and suspension issues, suggesting a pattern of deferred repairs rather than proactive upkeep. Mileage has climbed steadily over the past decade, averaging 12,410 miles annually — a high rate for a 10-year-old vehicle. The jump from 85,710 miles in February 2024 to 110,805 miles by November 2024 represents 25,095 miles in just nine months, which is unusually rapid. This acceleration coincides with the emergence of corrosion and suspension wear, implying that high usage may have outpaced maintenance intervals. The absence of defects in 2023 and 2022 suggests the car was well cared for during those years, but the last 18 months show a clear deterioration. Buyers should inspect the offside rear brake system closely — the corroded pipe may have been temporarily masked, but it risks failure under pressure. The front suspension components flagged in 2024, including the corroded coil spring and worn bush, require immediate assessment for alignment, handling, and safety. Any play or noise in the front suspension should be verified. The rear direction indicators, while minor, hint at possible electrical or connector issues that may recur. Structural corrosion, particularly around the brake pipe and suspension mounts, should be evaluated for hidden damage or rust-through. The vehicle’s history reveals a transition from reliable, defect-free operation to a phase of increasing mechanical and structural concerns. While it passed its last test, the pattern suggests that future reliability may decline unless the flagged components are thoroughly inspected and replaced. A buyer should treat this as a car with a known maintenance deficit, not a mechanically sound machine.