Development of three wheeled electric scooter with leaning suspension system

Road accidents have become very common now-a-days. The number of injuries due to these are increasing day by day. Most the accidents happening in our country are involving two wheelers. Nearly 3% of accidents happening on the roads due to stability loss during driving. The main objective of developing the project is to reduce the accidents rate in the roads due to stability loss. The project is to make a three wheeled scooter (reverse trike) powered by an electric motor. The plan is to implement two wheels in the front and to develop a cost-efficient leaning suspension system to control the movement of the swing arms which are connected to the front wheels. The 2 wheels in the front gives maximum stability to the scooter. These wheels act in an independent angle to maintain the balance during the turn.