2016 Suzuki GSR 0.7L Petrol · FJ16 AHV

A decade‑old Suzuki GSR that has remained largely trouble‑free in its MOT history, with only tyre‑tread advisories noted at its latest test, signals a vehicle that has avoided major mechanical failures. The August 2026 pass confirms roadworthiness at the time of testing, while the consistent string of passes since 2019 shows no recurring defects or failures to date. The recorded 5,144 miles over roughly ten years works out to about 514 miles per annum, indicating very light utilisation. Such low mileage often points to infrequent driving or extended periods of storage, which can reduce wear on consumables but may allow moisture‑related corrosion to develop on under‑body components if the car has been stationary for long stretches. The MOT chronology is otherwise uninterrupted, apart from the expected annual interval, suggesting the vehicle has been kept on the road enough to meet the statutory testing schedule. The front and rear tyre advisories (5.2.3 (e)) highlight tread that is approaching the legal minimum. A prospective buyer should measure the tread depth across the width of each tyre, look for uneven wear patterns that could indicate mis‑alignment or worn suspension bushes, and inspect the sidewalls for cracks or bulges. Replacing the tyre set before the next test is advisable, and a short test‑drive should be used to feel for any vibration or pulsation that might betray a developing tyre defect. Beyond the tyres, the absence of any recorded failures means that major systems such as brakes, suspension, steering and emissions have cleared inspection each year. Nevertheless, a thorough drive‑by should include checking for any brake pedal judder, pulling to one side under steady steering, and audible knocks when traversing bumps that could reveal hidden wear in suspension links or bushings. Visual inspection of the under‑carriage for rust, especially around the subframe and exhaust mounting points, will help confirm that prolonged low‑use has not allowed corrosion to compromise structural integrity.