Over 200 included documented Sample Programs with extensive documentation, enabling students to immediately begin programming.ROBOTC’s real-time debugger allows users to run code line-by-line and monitor values on sensors, motors, and encoders in real time.Program robots using industry standard C-programming.The easy to use ROBOTC editor includes smart code indenting, automatic code completion, code formatting, and other tools to make programming even easier.Graphical Natural Language mode allows beginners to use simplified commands such as “Forward”, “LineTrack”, and “Repeat” loops.All new Graphical Natural Language editor to easily program VEX IQ and VEX Cortex robots.ROBOTC has a similar look and feel as the programming environments used in the computer science industries, but also includes many useful tools that help beginner programmers to get up and running as quickly as possible:

Robot programming software options are available with VEX kits and bundles at no extra charge! ROBOTC users learn key skills that easily transition to the real world, industry standard C-Programming languages used by professional engineers and computer scientists. Drag the Move Steering block from the green palette up to the right of the Start block on the programming canvas.ROBOTC for VEX Robotics 4.x allows users to program both the VEX Cortex and the VEX IQ robotics platforms.Let’s start by doing a gentle right turn: To turn the EV3 robot right a positive number must be entered into the steering input of the Move Steering block. If the number is close 100 or -100, the robot will turn on the spot and in this situation, one of the motors will be reversed in order to make the tight turn. Here are the turn ranges: Steer Input Value The closer the value gets to 100 or -100 the tighter the turn will be. You may also notice that the arrow for the steering input will change to indicate the direction and type of turn as the number is updated. If this number is not zero (0), one of the motors will be slowed down in order to make the robot turn. The steering numbers may be entered directly into the block or set via by wire input from a variable or something else within your program. The steering input accepts numbers between -100 and 100 to control the direction:

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