The VEXnet System Bundle contains everything you need to get started controlling a VEX robot using the VEX Cortex Microcontroller.

• (1) VEX Cortex Microcontroller
• (1) VEXnet Joystick
• (2) VEXnet USB Adapter Keys
• (1) VEXnet Backup Battery Holder
• (1) USB A-A Cable

The VEXnet Joystick is the next generation of robot control for VEX Robots with the Cortex Microcontroller.

• Wireless robot control using VEXnet technology.
• Only compatible with the VEX Cortex Microcontroller.
• (2) X-Y Analog Joysticks
• (8) Top Buttons
• (4) Back Buttons
• (1) 3-Axis Accelerometer
• Link (2) joysticks together with (1) VEXnet USB Adapter Key.

The Partner Joystick provides much of the functionality of the VEXnet Joystick without the VEXnet components. Connect the Partner Joystick to a VEXnet Joystick via the Partner Port to give two drivers control of an advanced robot or connect directly for to a VEX Microcontroller for tethered control.

• (2) X-Y Analog Joysticks
• (8) Top Buttons
• (4) Back Buttons

This kit includes a VEX 75Mhz Transmitter and Receiver. Provides the radio control link which allows human operators direct control of a VEX robot.

• 6 Input Channels (4-analog, 2-digital).
• 75Mhz, multi-frequency via RF crystals. 10 Channels.
• Two transmitters can connect to one robot.

The transmitter's frequency module and the matching receiver crystal determine the control frequency for a robot.

• Run multiple robots simultaneously.
• A "must" for competitions.
• Crystals come in pairs, one for the Tx, one for the Rx.

The Antenna Tube and holder help protect the Receiver's antenna and keep it away from metal. The cable connects the Receiver to the Microcontoller.

• (1) Antenna Tube
• (1) Antenna Holder
• (1) Receiver Cable

Drive up to (6) PWM devices, including VEX Continuous Rotation Motors & VEX Servos. Takes the signal output from the VEX Receiver Module.

• No Programming Needed
• Up to (6) Motors or Servos
• Uses standard VEX 7.2V Batteries

You can now replace the VEX Transmitter Antenna. Replace your bent or broken antenna for better reception.

• Replace bent or broken antennas.
• Works with 75 MHz Transmitter.

Put your robot on tether and start testing. At VEX Competitions, you can not test your robot on the Practice Fields unless you have a Tether Cable - no crystal operations are allowed.

• Connects the 75 MHz Transmitter to the Microcontroller.
• 18" long unextended. 12 feet long stretched.
• No crystals needed.

Put your robot on tether and start testing. At VEX Competitions, you can not test your robot on the Practice Fields unless you have a Tether Cable.

• Connects the Transmitter to the Receiver.
• 18 feet long.
• No cyrstals needed.

Commands are entered through the joysticks and buttons on the RF Transmitter, and sent through FM radio waves to the RF Receiver module.

• Works with the 75MHz Transmitter.
• Sends commands to the Microcontroller.
• Up to two per robot.

The VEXnet USB Adapter Key provides 802.11b/g wireless to the next generation VEX Robotics products.

• Works with the VEXnet Upgrade.
• Works with the VEX Cortex Microcontroller.
• Works with the VEX ARM9 Microcontroller.

Use the VEX LCD Display to recieve real-time feedback from your robot to perform live debugging. View multiple stored program configurations and select between them or provide additional user-input to your robot.

Note: Requires VEX programming software sold separately.

Cable for connecting VEXnet components to sync and run in tether mode. Includes (1) 6ft VEX USB A-A Cable.

• Works with the VEXnet Upgrade
• Works with the VEX Cortex Microcontroller.
• Works with the VEX ARM9 Microcontroller (available soon).

The VEXnet Backup Battery allows you to mount and connect (1) 9V battery. This battery keep VEXnet alive when the main battery fails.

• Works with the VEXnet Upgrade
• Works with the VEX Cortex-M3 Microcontroller.
• Works with the VEX ARM9 Microcontroller (available soon).

The Motor Controller 29 goes between a 3-wire Motor Port on a VEX Microcontroller and a VEX 2-Wire Motor. It uses a standard PWM signal to provide motor control.

Use these 4-Wire Extension Cables to connect VEX I2C Devices with the Cortex Microcontroller or to each other.

Use this cable to connect the VEX LCD Display to the VEX Cortex Microcontroller.

• 4-pin end connects to UART port on Cortex Microcontroller.
• 3-pin ends connect to VEX LCD Display.