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Programming Language for RobotC

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This is a great place to start/
RobotC Basics

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RobotC - Basics [Tutorial - Vex Robotics]

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To turn a motor on, you must set it equal to a value other than 0. Valid motor power levels range from -127 (full reverse) to 0 (stopped) to 127 (full forward). For example, if you wanted to set the the motor connected to to spin at full speed, your code would be motor[port3] = 127;.

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ROBOTC 4.x for LEGO MINDSTORMS ROBOTC 4.x for VEX Robotics ROBOTC 3.x for Arduino Robot Virtual Worlds - LEGO 4.x Robot Virtual Worlds - VEX 4.x Purchase Building License - LEGO 4.x Purchase Building License - VEX 4.x Purchase Homework Pack Distributors Robomatter Store Purchase Robot Hardware

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3.4: Wiring and Configuring a VEX Robot | VEX EDR Curriculum

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Copyright © 2002-2015. Curriculum content is made freely and publicly available by VEX Robotics, Inc. solely for educational use and may not be reproduced, modified and redistributed without attribution to VEX Robotics. Curriculum, or any portion thereof, may not be used for monetary gain without the explicit consent of VEX Robotics.

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3.3: VEXnet Wireless Link | VEX EDR Curriculum

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The VEXnet implementation utilizes wireless communication within the 2.4 GHz frequency band. Using this type of wireless communication allows huge amounts of data to be instantly transmitted back and forth between a VEXnet Joystick and a VEX Cortex Microcontroller.

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3.2: VEXnet Joystick | VEX EDR Curriculum

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Copyright © 2002-2015. Curriculum content is made freely and publicly available by VEX Robotics, Inc. solely for educational use and may not be reproduced, modified and redistributed without attribution to VEX Robotics. Curriculum, or any portion thereof, may not be used for monetary gain without the explicit consent of VEX Robotics.

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3.1: VEX ARM® Cortex®-based Microcontroller

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3.1: VEX ARM® Cortex®-based Microcontroller

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3.1: VEX ARM® Cortex®-based Microcontroller | VEX EDR Curriculum

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Copyright © 2002-2015. Curriculum content is made freely and publicly available by VEX Robotics, Inc. solely for educational use and may not be reproduced, modified and redistributed without attribution to VEX Robotics. Curriculum, or any portion thereof, may not be used for monetary gain without the explicit consent of VEX Robotics.

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Appendix 1: Programming & Sensors | VEX EDR Curriculum

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The VEX Integrated Encoder Modules product replaces the plastic cap on the back of a 2-Wire Motor 269 or 393 with a quadrature encoder. Install this product and connect it to a Cortex Microcontroller via the I2C port to receive direct feedback from the motor.

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Appendix 2: VEXnet User's Guide | VEX EDR Curriculum

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The Joystick must first be paired to the Cortex Microcontroller before they will work using the VEXnet Keys. Pairing requires a USB A-A Cable and a VEX 7.2V Battery. This process must be completed each time you use a Joystick or Cortex with a new mate.