The VEX ARM® Cortex®-based Microcontroller coordinates the flow of all information and power on the robot. It has built in bi-directional communication for wireless driving, debugging and …

The 2 Wire Motor 393 provides 60% more output power than the standard motor, which allows for more powerful mechanisms and drive bases. Strong, steel internal gears. Can be configured …

All the essentials for controlling a VEX robot with the Cortex. The Cortex System Bundle contains everything needed to start controlling a VEX robot using the Cortex Microcontroller. This …

The V5 Robot Brain uses a Cortex A9 processor in tandem with a FPGA to create a device that is 15x faster than the its predecessor. The V5 Robot Brain also has expanded memory, and …

The VEX Motor Controller 29 uses a standard PWM signal (like that originating from the 3-wire ports on VEX Microcontrollers) to drive a VEX 2-Wire Motor.

The V5 Smart Motor is more than twice as powerful as the 2-Wire motor 393, and puts an integrated encoder and a motor controller into one compact package. Customize speed and …

Use the VEX Power Expander to add a secondary power source for four of the PWM outputs on the VEX ARM® Cortex®-based Microcontroller. Balance a robot's motor load across two …

Platforms: VEX Cortex, VEX IQ (1st gen) | Version: 4.56 System Requirements : Windows® 7, Windows® 8, Windows® 10 Current Version - Freely available courtesy of VEX Robotics

Extension cables are used to extend the length of a 3-wire cable such that a motor or motor controller can be farther from a VEX ARM® Cortex®-based Microcontroller 3-wire application. …

Upgrading to V5 from Cortex. This kit has everything you need to transition from the Cortex Control System to the newest V5 Control System. Includes V5 Brain, Controller, Radio, …