1998 Suzuki Carry 0.7L Petrol · R170 KNS

A sharp transition from a critical failure event to a clean pass defines the recent testing trajectory of this Suzuki Carry, which successfully secured an MOT test pass on March 2nd, 2026, without a single recorded defect. This flawless result immediately follows a severe intervention on December 23rd, 2025, where the vehicle accumulated five major and dangerous defects in a single test. That prior examination highlighted critical structural and compliance shortcomings, including a dangerous offside front inner tyre worn below the legal 1.6mm tread depth limit, missing safety hardware such as a rear fog lamp and its accompanying switch, incorrectly aimed headlamps, and an exhaust lambda reading outside specified emission limits after the second fast idle. Accumulating 93,959 miles over roughly 28 years equates to an average annual mileage of approximately 3,356 miles, representing a very low usage profile for its age. This lighter-than-average utilization rate does not automatically guarantee mechanical preservation, as low annual mileage can frequently correlate with long periods of standing or short urban journeys where engines fail to reach optimal operating temperatures, potentially contributing to the fuel combustion and emission irregularities flagged by the out-of-limits lambda reading during the 2025 failure. Prospective buyers must conduct a rigorous physical inspection targeting the specific systems that previously triggered failure, with particular emphasis on the front tyre condition, structural lighting circuits, and the exhaust emission components. During a static check, verify that the rear fog lamp illuminates correctly via its dashboard switch and inspect the headlamp beam patterns against a flat wall to ensure proper alignment. On the road test, pay close attention to the engine's idle stability and responsiveness under acceleration to ensure the lambda and emission issues have been fully resolved, and listen closely for any unusual exhaust blowing or hesitations in the fuel-air mixture delivery.