The landing friction hoist is prone to vibration during braking,which affects the safe operation of the equipment.Therefore,taking multi-body dynamics simulation software as the carrier,considering the flexible characteristics of wire rope,a rigid-flexible coupling friction hoist simulation model was established.The influence of acceleration and braking curve on the transverse vibration of hoisting rope was studied.The experimental and simulation results show that under different accelerations in the braking stage,the friction hoisting system is prone to produce transverse vibration,and the transverse vibration generated by the steady acceleration and the rectangular acceleration curve is smaller.The vibration of the wire rope in the upward working condition is more severe than that in the downward working condition.