1995 Honda CBR 0.6L Petrol · M215 BBV

The vehicle's MOT history shows a recent decline in maintenance standards following a long period of stability. While the machine passed its 2022 test at 71,267 miles with only a minor advisory regarding front brake disc wear, the August 2023 test at 72,480 miles resulted in a failure. The tester identified several significant issues, including incorrect nearside front wheel alignment, a noisy exhaust, and insecure brake pipes on both the nearside and offside front. Most concerning was the failure due to an insecure fuel tank presenting a fire risk. Although the vehicle passed on a retest the same day, the shift from a clean record to multiple mechanical and safety-related defects suggests a lapse in preventative care. The mileage profile indicates very light use for a 31-year-old vehicle, averaging approximately 2,338 miles per year. The data shows significant gaps in testing, most notably a five-year interval between the August 2022 and August 2023 records, and a five-year gap between 2017 and 2022. This pattern of infrequent use often correlates with vehicles sitting idle for extended periods. While low mileage generally implies less wear on the drivetrain, it can lead to secondary issues such as perished rubber components, seized calipers, or degraded fluids, which may explain the sudden emergence of faults in the 2023 inspection. A prospective buyer must conduct a thorough physical inspection of the fuel system and mounting points to ensure the fuel tank is now securely fixed and free from corrosion. The 2023 advisory regarding a rear tyre worn close to the legal limit suggests that consumable maintenance is inconsistent. You should also examine the exhaust system for structural integrity and check the routing of all brake pipes to ensure they are correctly clipped and supported. Given the history of wheel bearing failure in 2006 and the recent alignment issues, a close inspection of the front suspension, steering linkage, and wheel bearings is necessary to confirm the vehicle's current stability.