The VEXpro ARM9 Microcontroller provides the power and sophistication that the most advanced VEX users want. With capabilities aimed at the university and research markets, this controller allows robot control and video feedback from across the internet. It has built in bi-directional communication for wireless driving, debugging and downloading using an 802.11 b/g wireless link.

The Victor speed controllers are specifically engineered for robotic applications. Their high current capacity, low voltage drop, and peak surge capacity make the Victor ideal for drive systems while its braking options and precise control meet the demanding needs of arms and lift systems.

• High current capacity.
• Low voltage drop.
• 12V and 24V options.

These Spin Controllers were developed for Robot Weapons. The Victor 883 SC (90A) and Thor 883 SC (150A) are programmed to function as a single direction spinning-mass controller. Both the forward and reverse components on a normal Victor are dedicated to a single direction.

• 90A / 150A Continuous.
• Safely handles high continuous current draws and extreme current surges.
• Integral cooling fan ensures cool FET junction temperatures.

Spike is a 20 Amp, H-Bridge Relay Module that is small enough to be remotely mounted almost anywhere on your robot. Spike is designed for driving small motors in forward, reverse, or stop (brake).

• Ideal for 2 independent solenoids, light, pumps.
• Design will accept auto-resetting circuit breaker.
• Compact design.

The CIM motor can be used to power a drivetrain or other mechanism on large competitive robots.

• FIRST Legal
• 12V DC Motor

Ensures the signal from your receiver/Robot Controller is Speed Controller compatible. The +5V must be supplied on the center female socket (red wire) - power from your source. Not Needed with VEX, VEXpro, or IFI Robot Controllers.

Additional fans for the Victor and Thor Speed Controllers and Spin Controllers.

• 12V Standard Victor 884 Fan
• 24V Rotron Fan (Battle Proven)
• 12V Rotron Fan (Battle Proven)

IFI wheels are light weight and provide excellent traction. All hardware is provided and assembly is easy.

• Replaceable tread.
• Sprockets mount directly to the wheel.
• Integrated bearing retainer.

High traction rubber tread with a fiberglass reinforced base.

• Used with the IFI wheels
• Attached with the Tread Rivets

Rivets for the roughtop or wedgetop tread. Change tread quickly using these rivets.

• Sold in a pack of 13 rivets.
• Requires a pop-rivet tool to install.

#35 Drivetrain Sprockets are made from 1/8" Aluminum and are specifically designed for use in robot drivetrains.

Includes Sprocket Mounting Hardware

Mates with the VEXpro Wheels

Includes mounting holes for 3/8 in. ID Flanged Bearing and Bearing Retainers (not included)

The hardware required to mount two IFI Plate Sprockets parallel to a wheel.

• (8) 1.75 in. long 10-32 bolts
• (8) 10-32 Nylock Nuts
• (8) 0.375 in. spacers
• (8) 0.625 in. Spacers

The same hardware that comes with each sprocket.

• (8) 1 in. long 10-32 bolts
• (8) 10-32 nylock nuts
• (8) 0.375 in. spacers

#35 Mechanism Sprockets are made from 1/8" Aluminum and are specifically designed for use in high reduction robot mechanisms.

• Multiple mounting options.
• Mounting holes for 1/2" ID Flanged Bearing (not included).
• Sprocket Mounting Hardware included.

Flanged Bearings for the VEXpro Wheels and #35 Sprockets.

• Double Shielded Flanged Ball Bearings
• 2 Metal Shields
• Self Lubricated (Grease)
• 10 Bearings

Same as supplied with KITBOT kit for 2008. Use these to mount an extra pair of transmissions.

• (1) Hardware Pack
• (1) Transmission Mount, Top
• (2) Transmission Mount, Bottom

The Kitbot chassis was designed to provide FRC teams with a simple reliable drivetrain design, which emphasizes versatility and configurability. It has many adjustment options, and can be constructed in numerous size and orientation configurations. All teams should keep in mind; there is NO "right" way to construct a robot drivetrain. This chassis is designed to facilitate creation of MANY different drive designs, depending on a team's chosen requirements.

Stiffener from Kitbot Chassis

Rail from the Kitbot Chassis

Endcap from the Kitbot chassis.

Bumper from the Kitbot chassis.

Spare Fuse Pack for Spike Relay.

Circuit Breakers

Structural Framing for Larger Robots

• Can work with Kitbot
• 72" Long Pieces
• 1/8" Thick Aluminum
• Pre-drilled with 1/4" holes
• Two gusset options

A 4-pack of Type D Futaba Servo Horns.