International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 09 | Sep 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 185 A REVIEW ON AUTOMATIC MOTOR BIKE SIDE STAND SLIDER D. MAVEEN 1 , R. VASU 2 , K.N.S. PRASHANTH 3 , M. DWARAKA NADH 4 , P. PRANAY BHARGHAV 5 , Dr. K. PRASADA RAO 6 1,2,3,4,5 Students in Mechanical Engineering Dept, NRI Institute of Technology, Vijayawada, Andhra Pradesh, India 6 Professor in Mechanical Engineering Dept, NRI Institute of Technology, Vijayawada, Andhra Pradesh, India ---------------------------------------------------------------------***--------------------------------------------------------------------- Abstract - The two-wheeler has grown in importance as a mode of transportation in modern times. Although they are simple to ride, two-wheelers may sometimes cause accidents. As we all know, one of the main causes of accidents is the side stand. Riders sometimes start their bikes and go out in a hurry without taking off the side stand, which increases the risk of accidents. As is common knowledge, the side stand is crucial when the vehicle is at rest. Even as they are helpful, they occasionally result in sad things like accidents caused by negligent riders. Major accidents occur if lifting side stands are forgotten. When a bike stand is opened, the risk to the user is increased because the bike may jump onto the stand and seriously hurt them. It might result in riders' deaths or serious injury. Many preventive measures have been taken to address this issue, however they are ineffective. Therefore, by considering all this issues we created the Automatic Motor Bike Stand Slider utilizing the micro-controller to prevent such mishaps. Sensors, a motor with gear box indicator, and safety switches were also incorporated into this system, which was controlled by an Arduino Micro controller. The system utilizes the existing energy supply, therefore no extra energy source is needed. Key-Words: Side stand, Motor, Sensor, Micro-controller, Wires. 1. INTRODUCTION In all over world everywhere motorcycle is used. The early history of the automobile is often divided into variety of eras, supported the prevalent means of propulsion. Later they were defined by the trends in styling of the exterior, body size, and utility preferences. The side stand plays major role while the vehicle is in rest position. But it has some disadvantages takes place as while the driver starting the motorcycle, there may be possibility of forget to release the side stand this will caused to unwanted troubles. The side stands work as a support for a parked vehicle. It has some disadvantages takes place as while the driver starting the motorcycle, there may be possibility of forget to release the side stands this may cause to unwanted troubles. Then the undistracted stand hitting the bottom and affected the rider’s control during the turn. These are the major source for accidents. Forgetting to lift the side stand causes huge accidents in rural areas partly in urban areas too, because all the opposite source of accident has precautions, but accidents due to side stand don’t have proper precautions. In order to reduce that we have developed a new type of side stand which is automatically retracting the side stand through some mechanical and electronic arrangement and it also have some advance feature. In this system microcontroller, Displacement, Vibration Sensor with a dc battery is used. Through the sensor, sensor sense the rotation of the key from OFF position to ON and sends the signal to the microcontroller which is actuate the dc motor which is caused the disengage the stand from the road. 2. LITERATURE REVIEW There are different types of mechanisms are available to lift these side stands. We studied some of those papers and those papers them are mentioned as follows: 1.) Sachin J. Ugale et al proposed a new system of “AUTOMATIC BIKE STAND FOR TWO-WHEELER” for lifting the side stand. In this process they used the micro-controller, sensors, etc., to lift the side stand. When the bike is lifted, the sensor senses the distance from stand to ground and sends signals to the micro- controller. The micro-controller activates the DC motor and through the DC motor the stand may be lifted. 2.) V. Bhargav et al designed the “DESIGN OF AUTOMATIC MOTOR BIKE STAND SLIDER”. In this system he told the history of bikes and who proposed these bikes and he used the pro mini micro-controller to lift the side stand. In this system he used different components. When the Ignition key is turned on the side stand may lift up and when the ignition key is turned off the side stand may be retracted to its original position. 3.) Vishal Srivastava et al proposed the “AUTOMATIC SIDE STAND”. In this system they also used the micro- controller to lift the side stand. Here they used a step- by-step process to fabricate the side stand. But, in this system they additionally include a speed sensor for reduction of the side multiplied by the torque. 4.) Navendra Pratap Singh et al introduced “AUTOMATIC BIKE SIDE STAND”. In this system they used the sprocket mechanism to lift the side stand. When the motor bike starts the chain drive takes the energy from