2017 Kawasaki EX 650 Khfa KRT Edition 0.6L Petrol · WH17 FBD

The Kawasaki EX650 has maintained a clean MOT history since its most recent test on 10 April 2026, where no defects were recorded at 27,532 miles. While the trend is stable—with no recurring advisories or failures—two notable patterns emerge from the previous tests. Rear tyre wear was flagged in both the March 2025 and March 2023 tests, suggesting either inconsistent tyre rotation or a preference for running tyres to their limits. The April 2024 test also highlighted wear on the rear drive chain sprocket, though it was described as non-excessive. These issues, while not critical, indicate areas where maintenance could have been more proactive. The recorded mileage of 27,532 miles over nine years—approximately 3,059 miles annually—is unusually low for a vehicle of this age, especially given the bike’s likely use patterns. The gaps between tests are consistent, with roughly 12-month intervals between MOTs, but the slow accumulation of miles raises questions about storage conditions or limited riding frequency. The lack of rapid mileage spikes between tests (e.g., no sudden jumps of 5,000+ miles in a year) suggests the bike may have been stored for extended periods, which could accelerate wear on components like the chain, tyres, and suspension if not properly maintained. A buyer should prioritise an in-person inspection of the rear tyres, given their repeated proximity to the legal limit. Check for uneven wear patterns that might indicate alignment or suspension issues, and verify the current tread depth exceeds the 1mm legal minimum. The drive chain and sprocket should be examined for stretch, corrosion, or excessive wear beyond the 2024 advisory, particularly around the plates and rollers. Suspension bushes and coil springs should be inspected for cracking or excessive play, as prolonged storage can degrade rubber components. Finally, assess the frame and fuel tank for corrosion, especially if the bike has been stored in damp conditions, as rust can compromise structural integrity over time.