This 4-pin JST PH to 4-pin roboRIO I2C Cable is designed to connect REV I2C sensors, like the REV Color Sensor V3, to the I2C port on the NI roboRIO for use in the FIRST Robotics Competition. Each cable is approximately 36 inches long. This cable...

The JST PH 6-pin to 4 Channel PWM Cable allows for seamless connection of the Through Bore Encoder into the FRC control system (roboRIO).

The JST PH 6-pin to JST PH 4-pin Cable allows for seamless connection of the Through Bore Encoder to the dedicated encoder ports on the FTC Control System (Expansion Hub or Control Hub). Also allows for the HD Hex Motor to...

This sensor can be used to read and compare colors, and also has a built-in IR (optical) Proximity Sensor and white LED for active target lighting. Supports High Speed I2C Communication (400kHz) as well as auto increment register read which allows the...

REV Building System also comes in a 15mm x 30mm square extrusion. The slots are designed to fit standard M3 hardware rather than expensive t-nuts. Use the 15mm x 30mm extrusion when more strength is needed for an application. Features All holes can be...

This is all of the hardware included in the UltraPlanetary Gearbox Kit & HD Hex Motor (REV-41-1600) Kit Contents QTY 6 - M3x40mm QTY 6 - M3x30mm QTY 6 - M3x20mm QTY 6 - M3x10mm QTY 2 - M3x8mm Button head QTY 2 - M3x6mm Set...

An individual cartridge for the UltraPlanetary System. This cartridge is nominally a 5:1 gear reduction. The UltraPlanetary System is a cartridge based modular gearbox designed to handle the rigors of the competition and the classroom. Building on the...

An individual cartridge for the UltraPlanetary System. This cartridge is nominally a 4:1 gear reduction. The UltraPlanetary System is a cartridge based modular gearbox designed to handle the rigors of the competition and the classroom. Building on the...

An individual cartridge for the UltraPlanetary System. This cartridge is nominally a 3:1 gear reduction. The UltraPlanetary System is a cartridge based modular gearbox designed to handle the rigors of the competition and the classroom. Building on the...

Tested for the rigors of competition, REV Mecanum Wheels are steel plates with rollers supported by ball bearings allowing for the perfect combination of wheel rigidity and roller movement. Included in the set of wheels are Universal Hex Adapter making...

These foam balls are the Macro pollutant and Micro pollutant game pieces in the 2019 FIRST Global Challenge, Ocean Opportunities. Five of the Mixed Case (REV-45-1649) are needed to have a complete field worth of game elements (50 Macro Pollutant and 30...

The REV Robotics Control Hub is an affordable all-in-one educational robotics controller.  It provides students all the necessary interfaces for robotics and mechatronics projects with multiple programming language options. The Control Hub is...

1in Extrusion is compatible with the REV ION System. It’s a 1in x 1in square extruded aluminum tube, with slots designed to fit standard #10 hardware rather than expensive t-nuts. Take your robot mechanisms to a new level of sleekness with the...

The SPARK MAX Data Port Breakout Board makes it easy to connect external sensors to the SPARK MAX Data Port. For additional information on the SPARK MAX Data Port, please take a look at the SPARK MAX User's Manual. Analog Input Issue - Affects Rev. A...

This JST-PH 6-pin Breakout Board is designed to adapt external sensors to the SPARK MAX 6-pin Encoder Port standard. It features a JST PH 6-pin connector, labeled solder pads, and through-hole pads that are compatible with popular 63R style quadrature...

These JST PH 6-pin Joiner Boards are intended to be used with the JST PH 6-pin Extension Cables to extend the reach of your NEO Brushless Motor sensor cables.

These JST PH 6-pin Extension Cables are intended to extend the reach of sensor cables without having to cut and splice wires. Specifications Length: 36in

These SPARK MAX PWM Cables have a JST-PH 4-pin connector on one end, and a 0.1in 3-pin female PWM connector on the other. They are designed to convert the SPARK MAX Motor Controller's PWM/CAN port to a standard 3-pin PWM port on a robot controller. The...

These plastic clips are designed to keep standard 0.1" 3-pin PWM connectors together. Simply clip them around an assembled pair of connectors.

These plastic inserts are designed to go into the SPARK MAX Data Port to protect it from debris.