2017 Honda CBR 0.6L Petrol · V50 OMR

The overall roadworthiness of the 2017 HONDA CBR is currently failing, as evidenced by the most recent MOT failure on 2026-03-02 at 9,204 miles. This indicates that the vehicle has not undergone full inspection in the current year, and the failure is the primary indicator of a significant maintenance gap. The failure date is 16 days prior to today, placing the vehicle in a very short window to be inspected. The trend is clearly deteriorating, with the most recent test being the only one recorded, suggesting that the previous owner may have neglected routine checks or that the vehicle has been driven in a manner that has accelerated wear. Regarding the mileage pattern, the vehicle falls into a state of rapid accumulation and data sparsity. The record shows a massive gap between the most recent test on 2026-03-02 and the first failure on 2025-03-01, which occurred just 11 days prior. This creates a significant discrepancy between the vehicle's age (approximately 9 years) and the mileage data, as the odometer reading has not kept pace with the wear on the drivetrain. The absence of any further MOT entries suggests that the vehicle has been driven at a speed that is insufficient to warrant an inspection, or that the owner has not attempted to maintain the vehicle within the required safety standards. Consequently, a buyer must conduct an on-site inspection to assess the mechanical integrity of the engine, suspension, and braking system. Given the lack of recent MOTs and the presence of a failed front tyre tread depth test, the primary risks involve structural integrity of the chassis and suspension components. The previous owner's history of failing the MOT indicates a potential lack of basic upkeep, such as regular wheel alignments or brake pad replacement, which could lead to accelerated failure of the rear brakes and other suspension parts. The vehicle's roadworthiness is currently in immediate jeopardy, and the only viable course of action is to have the car inspected by a professional to confirm the status of all mechanical components before any further use is permitted.