2015 Kawasaki ZR 0.8L Petrol · HF65 UAT

The 2015 Kawasaki ZR is presently roadworthy, with the latest MOT on 20 March 2026 at 17,098 miles returning a clean pass. The maintenance trend appears stable; no defects have been recorded in any of the five tests over the past eleven years. The vehicle has consistently met all DVSA requirements, suggesting that routine care has been maintained. Mileage growth is modest. From 10,173 miles in March 2023 to 14,332 miles in February 2024 the car accumulated 4,159 miles, roughly 3,500 miles per year. The following year it added 1,526 miles, and the most recent year saw 1,240 miles. The average annual mileage sits around 1,554 miles, well below the typical range for a motorcycle of this age. The pattern shows no sudden spikes or gaps; the data are clean and evenly spaced, indicating regular but low usage rather than long periods of inactivity. When inspecting the bike in person, focus on components that are not covered by the MOT but can still affect safety and reliability. Check the brake system: inspect the front and rear discs for scoring or warping, verify that the calipers engage fully and that the brake pads have sufficient thickness. Examine the suspension bushes and coil springs for cracking or excessive play, as these can compromise handling. Look for signs of corrosion on the frame, forks, and exhaust, especially given the motorcycle’s age. Verify that the engine oil level and colour are appropriate, and confirm that the coolant is fresh if the bike has a liquid‑cooled engine. Inspect the battery for corrosion and ensure it holds a charge. Check tyre tread depth, pressure, and look for uneven wear that could indicate alignment issues. Ensure that all lights, indicators, and the horn function correctly, and that the seat belts or harnesses are intact and free of fraying. Although the MOT record shows no faults, a thorough visual and functional check will confirm that the motorcycle remains in good mechanical condition. Pay particular attention to the items listed above, as they are the most likely to develop issues over time even when no defects have been formally recorded.