How To Make Self Moving Robot At Home Mini Dancing Robot Toy Diy

how To Make Self Moving Robot At Home Mini Dancing Robot Toy Diy
how To Make Self Moving Robot At Home Mini Dancing Robot Toy Diy

How To Make Self Moving Robot At Home Mini Dancing Robot Toy Diy ~~~~~how to make a mini robot at home easy hi everyone if you like this video, then subscribe to the channel and press. Learn how to make self moving dancing robot at home for science exhibition project.hope you like this video.*to get more interesting videos regularly subscri.

robot how To Make self moving robot at Home mini danci
robot how To Make self moving robot at Home mini danci

Robot How To Make Self Moving Robot At Home Mini Danci Hi guys,in this video we make simple dancing robot with low cost(27)hello friends in this video i am going to show you how to make simple dancing robot at. The making of dancing robot. step 1. cut one small piece of glue stick using cutter (get the help of elder if required) step 2. insert the gearless motor shaft in the center of the glue stick piece. step 3. make a mark & cut the ice cream sticks. step 4. join the ice cream stick pieces with each other as defined in the image to make the legs of. Insert a simple switch in one of the cardboard strips. using hot glue, paste the strips around the cardboard strip to make a platform. make a small hole over the cardboard at a point slightly away from the center. take the android robot and insert both the wires through the hole. secure the android robot over the platform using hot glue. 1.connect pin 1,8, 9 and 16 together and connect it to 5v of breadboard. (red wire) 2.connect pin 4,5 & 12,13 together and connect it to gnd of breadboard. (black wire) 3.connect your 1st motor to pin 3 and 64.connect your 2nd motor to pin 11 and 14. 5.5 6 volts connected to the breadboard powering the motors& ic. l293d ic arduino.

how To Make self moving robot at Home mini dancing robo
how To Make self moving robot at Home mini dancing robo

How To Make Self Moving Robot At Home Mini Dancing Robo Insert a simple switch in one of the cardboard strips. using hot glue, paste the strips around the cardboard strip to make a platform. make a small hole over the cardboard at a point slightly away from the center. take the android robot and insert both the wires through the hole. secure the android robot over the platform using hot glue. 1.connect pin 1,8, 9 and 16 together and connect it to 5v of breadboard. (red wire) 2.connect pin 4,5 & 12,13 together and connect it to gnd of breadboard. (black wire) 3.connect your 1st motor to pin 3 and 64.connect your 2nd motor to pin 11 and 14. 5.5 6 volts connected to the breadboard powering the motors& ic. l293d ic arduino. 1. flip the robot on its side so that you can see the batteries in the pack. orient it so that the battery pack cable is coming out to the left at the bottom. 2. connect a red wire to the second spring from the left on the bottom. make sure that the battery pack is oriented correctly. For the robot’s electronic brain, you could use a raspberry pi, arduino, or another type of microcontroller. you’ll need a driver board to control motors to make it move, using wheels, tracks, or even legs. or you could create a robot arm. here we explore some of the most popular and interesting approaches to making a robot. 1.

diy how To Make mini robot self moving Easy Science Projects You
diy how To Make mini robot self moving Easy Science Projects You

Diy How To Make Mini Robot Self Moving Easy Science Projects You 1. flip the robot on its side so that you can see the batteries in the pack. orient it so that the battery pack cable is coming out to the left at the bottom. 2. connect a red wire to the second spring from the left on the bottom. make sure that the battery pack is oriented correctly. For the robot’s electronic brain, you could use a raspberry pi, arduino, or another type of microcontroller. you’ll need a driver board to control motors to make it move, using wheels, tracks, or even legs. or you could create a robot arm. here we explore some of the most popular and interesting approaches to making a robot. 1.

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