REV ION

These spare parts are designed specifically to self service and maintain your 3in MAXSwerve Module (REV-21-3005). Created for efficient repairs and upkeep, routinely servicing your 3in MAXSwerve Module with spare parts will enhance performance and...

The 3in MAXSwerve Aluminum Wheel was designed for the 3in MAXSwerve Module. You can attach your favorite tread material to this wheel. REV recommends rough top conveyor belting. A cut template for the wheel tread is available below.  ...

Power your 3in MAXSwerve Module with this proven motor and controller setup, featuring the NEO Brushless Motor and SPARK MAX Motor Controllers. Designed to work seamlessly with the 3in MAXSwerve Module, this bundle delivers reliable performance and...

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...

3/16in Rivets are compatible with the REV ION System are perfect for a variety of applications where a strong, permanent joint is required. Place the rivet into a hole from a single side (a “blind” hole) and then use a rivet...

Tube Nuts for 3/4in Dead Axle Tube are compatible with the REV ION System. This #10-32 tube nut presses into the end of the tube and supplies a tapped hole for easy mounting. Typically used with dead axle applications. The left-hand threaded...

The #25 Chain Turnbuckle is compatible with both the REV ION System and REV DUO System. It is designed to adjust the length of a #25 Chain by replacing a few links in a run and also allows the user to tension the chain by adjusting the...

The Rounded UltraHex Shaft is compatible with the REV ION System and allows teams to adapt the REV 5mm Hex Shaft family of products to 0.5in Hex applications. It can also be used as a coupler to extend 5mm Hex shafts. Rounded UltraHex...

Designed for use with the REV ION System and with an efficient right-angle configuration, the MAX 90 Degree Gearbox offers a robust and high-performance solution to building a more compact robot. Connect the MAX 90 Degree Gearbox to the MAXPlanetary...

The 3in MAXSwerve Module Wheel Hardware Pack was designed for the 3in MAXSwerve Module. This kit is for FRC teams looking to streamline their wheel maintenance at competitions. With this kit, teams can pre-build their wheel assemblies, making...

The MAXPlanetary 14T Spline Input Coupler's (REV-21-2124) ISO standard 8mm 14T spline is compatible with the Falcon 500 shaft spline. Specifications Material: Steel Weight: MAXPlanetary 14T Spline Input Coupler: 23g (0.051lb) Documentation ION...

#10-32 Ball Joint Rod Ends are compatible with the REV ION System. Right-hand threaded rod ends tighten when turned clockwise while left-handed threaded rod ends tighten when turned counterclockwise.  Specifications Type: Stud-type Rod...

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 Bearing Retaining Plate is compatible with the REV ION System and is designed to securely hold bearings in place, ensuring that they remain stable and aligned during use. Made from high-quality, durable materials, the Bearing...

MAXSpline Bearing Blocks are compatible with the REV ION System. Quickly add bearing support to any location on REV ION extrusion without the need for precision machining. Can also be used in a west coast style drivetrain to add center wheel drop while...

MAXTube Endcaps are designed for seamless integration with the REV ION System, providing a simple and effective solution for joining two or more MAXTube extrusions. These endcaps are pre-tapped for #10-32 hardware, ensuring quick assembly and reliable...

Steel hardware of the appropriate size to work with the REV ION System. Length measured from tip to underside of screw head. Documentation ION Build System Guide Hardware Basics Onshape Application Examples Product Options  SKU ...

Steel hardware of the appropriate size to work with the REV ION System. Length measured from tip to underside of screw head. Documentation ION Build System Guide Hardware Basics Onshape Application Examples Product...

RT25 pulleys pair with RT25 belts to create a power transmission system that matches the exact pitch of #25 chain while aligning with the 1/2in ION Build System pitch. This makes RT25 a drop in alternative to #25 chain and sprockets with the advantages...

RT25 Belts are toothed belts with a 1/4in pitch are compatible with the REV ION System. These belts are comparable in strength to the belts that teams are used to using while working on the pitch of the ION build system. Belts are lighter than...

ION Servo Accessories allow for easy integration into REV ION System. Mount a hobby sided servo, such as the REV Smart Robot Servo, on a 1/2in pitch. Using the adapters, you can convert a servo to a 1/2in Hex shaft for use with all other...

MAXSpline Shaft Collars provide mechanical retention for components mounted on MAXSpline Shaft and use a two piece aluminum clamping design for secure attachment. Both versions are black anodized for durability and integrate cleanly within the REV ION...

The Stepped Bushing - 3/4in ID is compatible with the REV ION System. This bushing used in conjunction with the MAXSpline Shaft and Dead Axle Tube - 3/4in can be used to build robust and effective rollers and intakes. Specifications ...

The 3/4in External Retaining Ring is compatible with the REV ION System and is used to constrain movement on the Dead Axle Tube - 3/4in for intake and roller applications. Specifications Material: Steel Documentation ION Build System...

The #10-32 Shaft End Screw is compatible with the REV ION System and is used to retain parts on any ION hex shaft instead of shaft collars. 1/2in Rounded Hex Shafts come tapped with a #10-32 hole. The integrated flange is larger than the outside...

The 8mm Shaft Spacer is compatible with the REV ION System and is a convenient way to space pinions and gears along the shaft of the NEO Brushless Motor. The 8mm Shaft Spacer is bigger than the 1/2in Hex Adapter and can help keep...

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...

The Elevator Bearing Blocks family offers reliable, versatile solutions for creating linear motion in elevator systems using MAXTube. Both the original Elevator Bearing Block and the Clamping Elevator Bearing Block provide teams with the flexibility 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...

The MAXPlanetary 550 Input Kit gives users the ability to use 550 size motors with the MAXPlanetary System.  Features Does not require permanent modifications to the motor Press-fit shaft adapter avoids set screws that can come loose...

The MAXPlanetary 775 Input Kit gives users the ability to use 775 size motors (775pro or AM RedLine) with the MAXPlanetary System. Features Does not require permanent modifications to the motor Press-fit shaft adapter avoids set screws that...

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...

This update to the SPARK 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 CAN cables have a JST-PH 4-pin...

The NEO Pinions are used for transferring power from a NEO Brushless Motor or something with a similar matching shaft to a mechanism. These pinions come in three different types; either gear, sprocket, or pulley. The pinion gears are compatible with 20DP...

The 550 Motor Pinions are used for transferring power from a 550 class motor, like the HD Hex Motor or NEO 550, to a mechanism. These pinions come in four different types. The 32DP pinion gear is compatible with 32DP gears,the UltraPlanetary Pinion is...

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...

With the 8mm to 1/2in Hex Adapter you can convert 8mm keyed shafts to drive 0.5in hex bore wheels, sprockets, gears, and more! Use these with any motors with a 8mm round keyed output shaft, like the NEO Brushless...

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

The Aluminum Servo Horn V2 is compatible with the REV Smart Robot Servo and any other servos with a standard 25T spline. Updates from the original Aluminum Servo Horn include additional tapped M3 Holes for more mounting options, 6 M3 Clearance Holes...

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).

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 Screw  Documentation...

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...

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...