2011 Husaberg TE 300 Enduro 11 0.3L Petrol · VU11 BCF

Recurring mechanical instability regarding the wheel bearings defines the history of this Husaberg, which has seen a pattern of escalating defects culminating in a dangerous failure in December 2020. While the machine successfully passed its most recent inspection on 8 January 2022, the persistence of slight play in both the front and rear wheel bearings noted at that time suggests that these components remain a focal point for wear. The transition from a clean pass in 2019 to a multi-point failure involving both wheel bearings and front brake pads in 2020 indicates that the vehicle requires rigorous scrutiny of its rolling gear and braking system to ensure it remains fit for the road. Accumulating only 8,253 miles over fifteen years results in an average of approximately 550 miles per annum, a figure that reflects intermittent use rather than consistent operation. This low-mileage profile, coupled with the absence of MOT records between 2016 and 2017 or 2022 and the present date, suggests the motorcycle has experienced significant periods of inactivity. Extended storage periods for high-performance enduro machines often lead to the degradation of seals and internal components that rely on regular lubrication, meaning that the low odometer reading should not be mistaken for a lack of mechanical fatigue on critical moving parts. Prospective buyers must prioritise a thorough inspection of the wheel hubs and bearings, as the recurring play noted in the MOT history points to potential wear in the hub housings or the bearings themselves. During a test ride, listen for any rhythmic clicking or grinding noises emanating from the wheel spindles, and check for any lateral movement in the wheels when the bike is stationary and lifted. Additionally, the 2020 failure for critically thin brake pads highlights the necessity of inspecting the current thickness of both the pads and the discs, as the latter may have sustained scoring or uneven wear if the pads were run to the point of metal-on-metal contact. Given the historical advisory regarding a loose drive chain and the noisy exhaust noted in 2015, ensure the final drive system is properly tensioned and free of seized links, as neglected chains can cause premature wear on the output shaft seal and sprocket carrier. The exhaust system should be checked for structural integrity and secure mounting, ensuring that any noise levels remain within legal limits. Because the vehicle has been absent from the testing system for several years, a comprehensive inspection of all rubber components, including fork seals and coolant hoses, is essential to identify any perishing or fluid leaks that may have developed during its prolonged periods of dormancy.