Arduino Controller Module BIY Arduino Kit Robotic Construction

Arduino Controller Module

BIY Arduino Kit Robotic Construction System Build. It. Blocks <HTML> Input Sensor Modules control screen display 1. Time 2. Sound 3. Mouse movement 4. Keys pressed Computer or Mobile Device 1. Screen display light intensity is the input to an Output Controller. 2. Recorded audio and screen display may be integrated into a robotic creation. Output Controller + Driver 1. Motors 2. Servos 3. Lamps 4. Piezo Devices Output Motion Modules enable robotic creations.

BIY Arduino Kit Robotic Construction System <HTML> A coin rolls down a spillway and lands on a ramp at the end of a lever. The lever pushes a key which Scratch can detect. Computer or Mobile Device 1. Screen display light intensity is the input to an Output Controller. 2. Recorded audio and screen display may be integrated into a robotic creation. Output Controller + Driver 1. Motors 2. Servos 3. Lamps 4. Piezo Devices Motor drives a puppet that beats a drum.

BIY Arduino Kit Robotic Construction System <HTML> Business card or dollar bill pushed over a mouse in the mouth can be detected by Scratch. Computer or Mobile Device 1. Screen display light intensity is the input to an Output Controller. 2. Recorded audio and screen display may be integrated into a robotic creation. Output Controller + Driver 1. Motors 2. Servos 3. Lamps 4. Piezo Devices Motor turns a fortune wheel.

BIY Arduino Kit Parts: 1. Arduino on BIY PC terminal board with screws 2. Alligator clips x 8 3. Servos x 2 4. Wheels x 2 5. Light sensors x 4 6. AA battery pack 9 V 7. USB power cable Cost: Prototype Stage, Not yet for sale. Expected to be under $75 Project Applications: 1. Alarm clock 2. Robotic band 3. Robotic door greeter 4. Robot that earns money 5. Remote control rover

BIY Arduino Kit motor current 3 -6 volts switch light sensor Arduino The Arduino is pre-programmed to connect a battery to a motor (or servo) when a light sensor detects light. The Arduino can make any combination of 2 servos and motors turn clockwise or counter clockwise or stop if the light sensor sees black, white, or grey. The Arduino is calibrated to grey when you press the reset button on the corner of the board near the sensor ports.

BIY Arduino Kit Setup Check out this You. Tube video: https: //youtu. be/jnr. CZxz 9 d. Mo 1. Plug the Servo cable into the three stakes on the corner of the board. The brown wire should be on the outside. 2. Connect the leads of a light sensor to the input terminals of the Arduino board. We will connect Servo 1. 3. Turn on your computer program and display the grey rectangle. Grey will tell the motor to stop or the relay to be in the center position. 4. Attach your light sensor to your computer screen with rubber bands. The light sensor must be on top of the grey, black, white rectangle on your computer screen. 5. Plug in the battery pack OR Connect the USB cable. There is not enough power in the USB to drive a motor, only servos. 6. Press the reset button. 7. Your relay will move right or left when you change from grey to black or to white. See the next page for an expanded view.

BIY Arduino Kit Battery Pack Servo 2 Light Sensor Terminal 1 Reset Calibrate Button Servo 1 Motor B M otor B Sensor Motor A Sensor Light Sensor Terminal 2 Servo 1