2007 Yamaha MT-01 1.7L Petrol · HY07 AEG

The Yamaha MT-1 presents a stable and improving maintenance trend, with its most recent MOT on 2024-04-16 at 33,432 miles passing cleanly with zero defects. This marks a notable improvement over the 2023 test, where the tester flagged a slightly loose drive chain and a damaged offside front wire loom case near the bottom yoke. The fact that both issues were resolved before the 2024 test suggests attentive remedial work. The 2021 failure for a seriously damaged front valve stem was similarly rectified, and the subsequent two consecutive clean passes indicate a period of consistent upkeep. The mileage profile tells a clear story of low, steady use. Over roughly 19 years, the odometer has advanced just 33,432 miles, averaging approximately 1,760 miles annually. The progression is remarkably consistent: 30,581 miles in April 2021, 31,371 in April 2022, 32,391 in April 2023, and 33,432 in April 2024, representing incremental annual gains of around 800 to 1,000 miles. There are no suspicious gaps or sudden jumps in accumulation, and the record shows no evidence of long periods of neglect or odometer anomalies. Despite the low mileage, a buyer should not assume this MT-1 has escaped wear entirely. The recurring drive chain advisory in 2023 and the damaged wiring loom near the bottom yoke point to components that degrade with age and vibration, not just mileage. The front tyre valve failure in 2021 further suggests consumable items may have been left to deteriorate between infrequent rides. A pre-purchase inspection should focus on the drive chain tension and sprocket condition, the wiring loom routing and insulation around the steering head, and the condition of both tyres including valve stems, as rubber components on a bike of this age will have hardened regardless of use. The front brake calipers and discs deserve close scrutiny too, as low-mileage motorcycles that stand for extended periods are prone to sticking pistons and localised corrosion on disc faces. The rear suspension linkage and swingarm bearings should be checked for free play, as infrequent lubrication during periods of light use can allow moisture ingress and premature wear in these pivot points.