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Our Most Recommended Sensors
The VEX Advanced Sensor Kit provides a complete mix of our most popular sensors in a value bundle. Increase the challenge, and your robot's abilities, by adding a computer engineering and sensor implementation aspect to the robotics lab.
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This Pneumatic Solenoid Driver Cable is this same driver cable that is included in the Pneumatic Kits. On one end of the Driver Cable is the standard 3 wire PWM Connector which connects to a VEX Microcontroller Digital Output. On the other end is the 2 wire Pneumatic Connector which mates directl..
Used to make changes to the default code. Plug these into the digital I/O port of the microcontroller.
An easy method to set programming options.
Sold in a 5 pack.
Bright Orange color is easy to see.
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3-Wire Extension Cables. Use these extension cables to extend the length of your motor, sensors, and other electronics wires...
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).
Kit Co..
3-wire "Y"-cables allow 2 motors/servos to be driven by a single microcontroller output.
(2) 3-wire "Y" Cables, 6"
Technical Specifications
Specification
Not compatible with sensors
Only connect one Y-cable t..
Extension cables are used to extend the length of a 3-wire cable such that a motor/servo or sensor can be farther from the VEX Microcontroller. "Y"-cables allow 2 motors/servos to be driven by a single microcontroller output.
(2) each extension cables in 6", 12"
(1) each extension c..
Extension cables are used to extend the length of a 3-wire cable such that a motor/servo or sensor can be farther from the VEX Microcontroller.
(4) 3-Wire Extension Cable 24"
Extension cables compatible with Motors, Servos, all 3-wire sensors.
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Extension cables are used to extend the length of a 3-wire cable such that a motor/servo or sensor can be farther from the VEX Microcontroller.
(4) 3-Wire Extension Cable 12"
Extension cables compatible with Motors, Servos, all 3-wire sensors.
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Extension cables are used to extend the length of a 3-wire cable such that a motor/servo or sensor can be farther from the VEX Microcontroller.
(4) 3-Wire Extension Cable 6"
Extension cables compatible with Motors, Servos, all 3-wire sensors.
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Extension cables are used to extend the length of a 2-wire cable such that a motor or motor controller can be farther from a VEX Microcontroller.
(2) each extension cables in 6", 12"
(1) each extension cables in 24", 36"
Technical Specifications
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Extension cables are used to extend the length of a 2-wire cable such that a motor or motor controller can be farther from a VEX Microcontroller.
Kit Contents:
(4) 36" 2-Wire extension cables
Compatibility:
Extension cables compatible with:
2-Wire Motor 269 or 393
Motor Co..
Extension cables are used to extend the length of a 2-wire cable such that a motor or motor controller can be farther from a VEX Microcontroller.
Kit contents:
(4) 24" 2-Wire extension cables
Extension cables compatible with:
2-Wire Motor 269 or 393
Motor Controlle..
Extension cables are used to extend the length of a 2-wire cable such that a motor or motor controller can be farther from a VEX Microcontroller.
(4) 12" 2-Wire extension cables
Kit Contents
(4)2-Wire Extension Cable 12"
Compatibility
Extension cables compatible w..
Extension cables are used to extend the length of a 2-wire cable such that a motor or motor controller can be farther from a VEX Microcontroller.
Kit Contents:
(4) 6" 2-Wire extension cables
Compatibility
Extension cables compatible with: 2-Wire Motor 269 or 393 Motor Controll..
Power your creation.
The VEX 7.2V Nickel Metal Hydride Battery provides a rechargeable power source for use with your VEX robots. It has the same capacity of the VEX 7.2V NiCad battery with a smaller footprint.
Capacity: 2000 mAh Rechargeable Nickel Metal Hydride (NiMH) Standar..
More power.
This VEX 7.2V Nickel Metal Hydride Battery provides a higher-capacity, rechargeable power source for use with your VEX robots. This is our recommended battery for VEX Robotics Competition robots.
Capacity: 3000 mAh
Rechargeable Nickel Metal Hydride (NiMH)
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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.
Technical Specifications
Kit Contents
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No need to worry about who has which crystal
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 Microcon..
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 Key 2.0
(1) VEXnet Backup Battery Holder
(1) USB A-A Cable
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2x3 Male to Male Pin Array (4-pack)
Note: This product is not legal for use in the VEX Robotics Competition.
Kit Contents (4) 2x3 Male to Male Pin Array
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Screw Terminal Motor Interface Cable (4-pack)
Note: This product is not legal for use in the VEX Robotics Competition.
Kit Contents (4) Screw Terminal Motor Interface Cable
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Charge smarter, not harder
This Smart Battery Charger is capable of charging up to eight Ni-MH or Ni-Cd rechargeable AA or AAA batteries. Smart Charger technology provides automatic trickle charging and temperature cutoff during the charge cycle while LEDs provide user feedback on the status ..
A 6-pack of AAA NiMH Rechargeable Batteries designed for use in the VEXnet Joystick
Compatibility
VEXnet Joystick
Output Voltage: 1.2 V
Capacity: 850 mAh
Size: AAA
Weight: 0.176 lbs (6-pack) 0.028 lbs (single battery)
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Extend your runtime by powering your VEXnet Joystick directly from a wall outlet. Simply connect this adapter to the VEXnet Joystick's programming port and you're good to go for hours and hours...
Use these 4-Wire Extension Cables to connect VEX I2C Devices with the Cortex Microcontroller or to each other.
Technical Specifications
Kit Contents
(4) 4-Wire Extension Cable 12"
Compatibility
Cortex Microcontroller I2..
Extension cables are used to extend the length of a 3-wire cable such that a motor/servo or sensor can be farther from the VEX Microcontroller.
(4) 3-Wire Extension Cable 36"
Extension cables compatible with Motors, Servos, all 3-wire sensors.
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Program your robot to follow a black line over a white surface. This kit provides more design flexibility--you can also use it to program your robot for light sensing. A Programming Kit is needed to change the program in the VEX Controller.
Navigate down a marked path.
Use ..
With the Quadrature Encoder's two output channels you can measure both the position and direction of rotation of a VEX shaft. This will allow you to calculate the speed of the shaft, as well as the distance it has traveled; these are very useful measurements for autonomous programming. A..
The light sensor uses a photocell that allows your robot to detect and react to light. With the light sensor, you can program a whole new range of capabilities to your robot. A Programming Kit is needed to change the program in the VEX Controller.
Analog input of light levels.
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DISCONTINUED. AVAILABLE WHILE SUPPLIES LAST.Kit includes a pair of simple bumper switches custom built for the VEX Robotics Design System. Ruggedized Bumpers allow the switch to be triggered by large impacts without sustaining damage.
Provide feedback to Microcontroller as events "..
Kit includes a pair of simple limit switch sensors custom built for the VEX Robotics Design System. Switches send a signal to the Microcontroller when they are triggered. These switches are great for signaling when a robot arm has reached the top or bottom of its motion.
Provide fe..
Compatible with VEX Microcontroller Digital Outputs. Use these for feedback indicators, to debug code, verify Microcontroller mode, or for cool light patterns.
(3) Red LED Indicators
(3) Green LED Indicators
(2) Yellow LED Indicators
Techn..
Programming Hardware Kit includes:(1) Programming Module(1) USB A-A Cable 6 ft.(1) RJ12 6-pin cable 3 ft.Click here for Firmware Updates..
The VEXnet Joystick is the most intuitive way to wirelessly control a VEX EDR robot. With a familiar layout inspired by video game controllers, the VEXnet Joystick features a 2-axis accelerometer, 8 face buttons, and 4 "trigger" buttons. Powered by AAA batteries or through the VEXnet Joystick Power ..
The VEX ARM® Cortex®-based Microcontroller coordinates the flow of information and power on the robot. All other electronic system components must interface to the Microcontroller - it is the "brain" of a robot.•STMicroelectronics ARM® Cortex® M3 user processor•Wireless with built-in VEXnet technolo..
This item is designed to protect a BEST Servo from drawing too much current from a VEX 3-wire motor port in high load situations...
Turn night into day with this powerful 4-LED flashlight. It draws power directly from the VEX Controller. Switch it on, and see in the dark. Easy to mount up off your robot using the included threaded standoffs.
No Batteries Required
On/Off Switch Control
Receives P..
With the Potentiometer you can determine both position and direction of rotation. Use this sensor to get an analog measurement of angular position. This measurement can help to understand the position of robot arms or other mechanisms. A Programming Kit is needed to change the program in the ..
These Battery Straps are used to mount the 7.2v battery to your robot. The strap is reusable. Two Battery Straps and Mounting Hardware included.
Securely mounts one 7.2V battery.
(2) Battery Straps.
Mounting Hardware included.
Technical Sp..
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 VEX Cortex Microcontroller.•Works with the VEX ARM9 Microcontroller...
Spread the Load
Use the VEX Power Expander to add a secondary power source for four of the PWM outputs on the VEX Microcontroller. Balance a robot's motor load across two batteries to extend robot run time and increase performance.
Attach a 2nd battery to your robot.
Power ..
Measures accelerations on three axes simultaneously. By measuring the acceleration of the robot, one can calculate the velocity of the robot or the distance this robot has traveled. Accelerometers are also great for detecting collisions and determining if the robot is stopped or moving.•Three Axis A..
The VEX Smart Charger v2 is capable of charging ALL VEX rechargeable power packs.
Charges both 7.2V and 9.6V batteries
Charges both NiCd and NiMH batteries
Includes dual charge rates and an automatic shutoff The VEX Smart Charger v2 doesn't ship with a power co..
Battery Charger Power Cord - North America (Type A)..
BEST Screw Terminal Sensor Interface Cable 3 pin (4-pack) Note: This product is not legal for use in the VEX Robotics Competition...
The VEXnet Key 2.0 provides wireless communication between VEX ARM® Cortex®-based Microcontroller and VEXnet Joysticks. Think of the VEXnet Key 2.0 as the “radio” that enables remote control. This key utilizes the new VEXnet 2.0 communication protocol over a custom 2.4 GHz radio.Works with the VEX A..
This 12" battery extension cable allows for greater flexibility in robot design. Now you can design a battery compartment into your robot regardless of where the microcontroller is mounted.
- Designed for either of the VEX 7.2V Robot Batteries
- Mounting plate makes a permanent batt..
Plastic clips used for holding two 2-wire and 3-wire cables together. Use these to help secure your robot's electrical connections.
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The Inertial Sensor is a combination of a 3-axis (X,Y, and Z) accelerometer and a 3-axis gyroscope. The accelerometer measures linear acceleration of the robot (including gravity), while the gyroscope electronically measures the rate of rotation about the V5 inertial sensor three-axis.The combinatio..
Give your robot the sense of touch with the Bumper Switch v2. Compatible with the V5 Robot Brain and the VEX ARM® Cortex®-based Microcontroller.Provides feedback to the brain as events "happen"Low force switch can detect light touchUse to detect walls or limit an arms motion
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Compatible withproducts and accessories.VRC, VEX U, VAIC legal.The Potentiometer can determine both position and direction of rotation. This measurement can help to understand the position of robot arms or other mechanisms using programming software. Potentiometers are typically used for “li..
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