FIRST Tech Challenge

Easily connect multiple devices to your robot battery with the REV XT30 Power Distribution Block. Allows for clean, compact wiring of all your XT30-connected devices. Compatible with: Expansion Hub, Blinkin LED Driver, SPARKmini, Servo Power Module, and...

The REV Robotics 2m Distance Sensor uses the ST Microelectronics VL53L0X Time-of-Flight (ToF) laser-ranging module to measure distances up to 2 meters with millimeter resolution. Unlike other ranging sensors that rely on the intensity of reflected light,...

The SPARKmini Motor Controller is an inexpensive in-line brushed DC motor controller designed to offer the same performance characteristics as the Control Hub (REV-31-1595) or Expansion Hub (REV-31-1153) motor ports in a small 60mm x 22mm footprint...

This product is an Expansion Hub Repair Service, NOT a way to purchase an Expansion Hub. We strongly recommend reviewing the Expansion Hub Repair portion of our Warranty and Returns page, and contacting support@revrobotics.com before purchasing this...

The REV Punch Tube is designed to enable teams to rapidly prototype ideas and build robots without some of the constraints generally associated with extrusion based construction. When paired with our Metric Step Drill (REV-49-1455) and 1/8in or 3.2mm...

Blinkin makes adding LEDs to your robot as simple as driving a motor. Chose the pattern you want and give it the corresponding PWM signal. The REV Blinkin LED Driver is a compact LED driver module that simplifies controlling both 12V RGB LED and 5V...

This gearbox is the same one used on our HD Hex Motor 20:1 Spur Gearbox featuring our 5mm HEX output shaft! This gearbox can be installed on any 550 series motors (like the NeveRest motors from AndyMark) giving you the convenience and...

All the drills you need for FTC in one handy tool! Specifications Maximum material thickness: 3mm Tool material: High-Speed Steel Shank: 0.25in Hex 10 unique diameters 3, 4, 5, 6, 7, 8, 9, 10, 11, & 12 mm Hole Size Compatibility 3mm Clearance...

The XT30 Extension Cable is keyed and locking for improved reliability. Use this cable along with an 3-pin JST PH Cable to connect a second REV Robotics Expansion Hub. Expansion Hub XT30 Connections: Power, One Male and One Female XT30 Connector ...

The 2-pin JST VH Cable is keyed and locking for improved reliability.  Expansion Hub 2-pin JST VH Connections: Motor Power Product Options  SKU   PRODUCT NAME   REV-31-1412-PK4   JST VH 2-pin Motor Cable -...

The 4-pin JST PH Cable is keyed and locking for improved reliability.  Expansion Hub 4-pin JST PH Connections: Motor Encoder Digital Analog I2C Product Options  SKU   PRODUCT NAME   REV-31-1407-PK4   JST PH...

Install this switch between your battery and Control Hub or Expansion Hub for convenient on/off control of your robot. We recommend mounting the switch slightly recessed from the robot’s exterior to prevent it from being accidentally toggled by...

Use the Anderson Power Pole to 2-pin JST VH Adapter Cable to connect your existing motors to the REV Robotics Expansion Hub. Teams that already own and use the Anderson Powerpole Crimper may purchase JST VH 2-pin Motor Cables (REV-31-1413), cut cables in...

The analog and digital ports on the Control Hub and Expansion Hub combine two sensor inputs into one connector to save space. Single sensors plugged directly into these ports will work, but they will block access to the second input. The Sensor Splitter...

Use these connectors to create your own custom length power wires. The XT30 Connector uses a solder cup instead of a crimping tool to connect the contact to a wire. 

Cross over cable to convert the pin out from Modern Robotic's I2C sensors to work with the REV Robotics's Logic Level Converter. 

Touch sensor is best used for user input, but can also be used as a limit switch.  Configuration The REV Touch Sensor is a digital sensor that is wired to the N+1 channel on our standard 4-pin JST PH connector. In other words, the REV Expansion Hub...

The REV Robotics Logic Level Converter is a circuit board which generates a 5V output from the 3.3V input and uses a MOSFET on each signal line to create a bidirectional communication appropriate for a variety of digital signals include I2C communication...

The MiniBot Hardware Kit is a fast robot build ideal for basic programming training. Add control system components (REV-31-1595 Control Hub, REV-31-1596 Driver Hub, REV-31-1302 12V Slim Battery) and let your programming skills grow.  Kit Contents...

Nylon Zip Ties with rounded edges to prevent snagging. Length is idea for cable management and many other uses. Specifications 160mm long Quality nylon construction 18lb. tensile strength