Electronics

The SPARK Flex is a new smart motor controller that is compatible with the REV ION System. Its dockable form factor allows for the direct mounting onto a NEO Vortex, simplifying wiring while maintaining flexibility. Improving upon the...

The Flex Dock transforms the SPARK Flex (REV-11-2159) into a standalone motor controller, supporting REV brushless motors and virtually any 12V brushed DC motor by providing standard phase wire outputs. The 6-pin JST PH encoder port is compatible with...

Building on the robust foundation of the original SPARK, the SPARK MAX Motor Controller incorporates advanced brushed and brushless DC motor control in a small and easy-to-use package with PWM, CAN, and USB connectivity. Never before has an FRC...

The REV USB PS4 Compatible Gamepad is compatible with both the REV DUO and REV ION Systems. Plug the REV Gamepad directly into a Driver Hub to enable feature rich control of your robot. Additionally, when plugged into a PC, it offers an Xbox...

The REV Power Distribution Hub (PDH) is the latest evolution in power distribution for the FIRST Robotics Competition (FRC).  With 20 high-current (40A max) channels, 3 low-current (15A max), and 1 switchable low-current channel, the PDH...

The REV Mini Power Module (MPM) is a compact power distribution module that allows you to securely and quickly power peripheral devices to your robot. Need more low-current channels on your PDH? Wire the MPM to one of the high-current channels on the PDH...

The REV Radio Power Module is designed to keep one of the most critical system components, the OpenMesh OM5P-AC WiFi radio, powered in the toughest moments of the competition. Traditional barrel jacks easily work themselves loose and often require hacks...

The REV Pneumatic Hub is a standalone module that is capable of switching both 12V and 24V pneumatic solenoid valves. The Pneumatic Hub features 16 solenoid channels which allow for up to 16 single-acting solenoids, 8 double-acting solenoids, or a...

The REV Servo Hub is compatible with both the REV ION and REV DUO systems. Over a single communication interface it can provide advanced control of up to six (6) servos. This means that the Servo Hub needs no additional PWM cabling between it and your...

The SPARK Flex Data Port Breakout Cable breaks out the default pin functions of the SPARK Flex Data Port into commonly used connectors for external sensors. The keyed and locking Data Port connector ensures a secure and aligned fit when plugged into the...

The SPARK Flex Data Port Pigtail Cable breaks out the SPARK Flex Data Port to individual unterminated wires and is useful for connecting custom circuits or sensors without a standard connector. It features the keyed and locking Data Port connector to...

This product is a Power Distribution Hub Repair Service, NOT a way to purchase a Power Distribution Hub. We strongly recommend reviewing the Hub Repair portion of our Warranty and Returns page before purchasing this Repair Service. If you are...

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: 30cm Notes As of 01/10/2024, the length on this product page has been corrected from 15cm to 30cm...

Connect the REV Through Bore Encoder directly to the SPARK MAX Data Port using this adapter. This adapter connects the Absolute Duty Cycle output of the Through Bore Encoder to the correct SPARK MAX Data Port pins, leaving the incremental quadrature...

The MK Battery ES17-12 is commonly used in FIRST Robotics Competition robots. Specifications Manufacturer: MK Battery Voltage: 12V Capacity: 18AH (20 Hour Rate) Product Dimensions: 7.13in x 2.99in x 6.57in Weight: 12.89lbs Documentation MK...

The WAGO 221 Inline Splicing Connector is a robust and easy to use splicing connector that makes fiddling with hard-to-master crimp-style connectors a thing of the past. Simply lift the lever up, insert the stripped wire, and push the lever back down to...

Mounting your SPARK MAX Motor Controller (REV-11-2158) has never been easier with the help of the SPARK MAX Mounting Bracket. Configured with a hole pattern compatible with a 1/2in grid and allowing the mode and status light to be seen, this...

REV Robotics custom ATO sized auto-resetting breakers are designed to give reliable protection for FRC robot actuators.  These custom developed breakers adhere to SAE Standard J553 and will give consistent performance even after hundreds of breaker...

REV Robotics custom ATO sized auto-resetting breakers are designed to give reliable protection for FRC robot actuators. These custom developed breakers adhere to SAE Standard J553 and will give consistent performance even after hundreds of breaker trips...

REV Robotics custom ATO sized auto-resetting breakers are designed to give reliable protection for FRC robot actuators. These custom developed breakers adhere to SAE Standard J553 and will give consistent performance even after hundreds of breaker trips...

REV Robotics custom ATO sized auto-resetting breakers are designed to give reliable protection for FRC robot actuators.  These custom developed breakers adhere to SAE Standard J553 and will give consistent performance even after hundreds of breaker...

This update to the SPARK MAX CAN Cable bridges the H and L CAN signals together within the cable itself. This prevents the CAN Bus breaking in the event of a cable disconnecting from a SPARK MAX Motor Controller. These SPARK MAX CAN cables have a JST-PH...

The Digital LED Indicator is a LED signal module that is digitally controlled (active low) and offers three colors: red, green, and amber. The Digital LED Indicator is designed to directly interface with the DIO ports of the Expansion Hub or Control Hub...

The 36in CAN Extension Cable is a 3-pin connector to interface with existing CAN devices.  Specifications Length: 36in (3ft) Wire Colors: yellow, green 22 AWG

Connect the REV Through Bore Encoder directly to the SPARK MAX Data Port when it is configured in Alternate Encoder Mode using this adapter. This adapter is not intended for use with the default Data Port configuration or with other...

This is a longer version of the USB-A to USB-C cable included with the SPARK MAX Motor Controller and the Control Hub. Use this cable to connect your SPARK MAX or Control Hub to a standard computer from up to 2 meters away. Features Longer than the...

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 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.

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,...