VEX Robotics

The Inertial Sensor is a combination of a 3-axis (X,Y, and Z) accelerometer and a 3-axis gyroscope. The accelerometer measures linear acceleration of the robot (including gravity), while the gyroscope electronically measures the rate of rotation about the V5 inertial sensor three-axis.

The combination of these two devices in one sensor allows for effective and accurate navigation, as well as controlling any change in the motion of a robot.

The V5 Optical Sensor can detect colours (including grayscale) as a hue and RGB value. Can also detect short ranges and gestures.

V5 Smart Cables allow robot components such as motors and sensors to communicate with the Robot Brain. These are available to purchase at pre-cut short and long assortments, or create your own custom length wires with the V5 Crimping tool!

V5 Smart Cables (Long Assortment) (276-4861)
(2) 600mm Smart Cable
(1) 900mm Smart Cable
(1) 1200mm Smart Cable
(2) 1500mm Smart Cable

Connection
V5 Smart Cables are used to connect the V5 Robot Brain to V5 Radio, V5 Motor, Vision Sensor, and other smart devices. V5 Smart Cables can also be used to tether a V5 Robot Brain to a V5 Controller, and to connect a V5 Controller to a second Controller for partnered driving.

Mechanisms such as flywheels and arms do not need large external gear ratios if the output shaft speed of the driving motor is already close to the desired speed or torque. Therefore, changing internal gear ratios to fit specific needs allows more efficient and compact mechanisms to be designed.

This cartridge has a 18:1 ratio, giving a maximum output speed of speed of 200 rpm. It is the standard gear ratio supplied in a V5 Smart Motor and is ideal for drive train applications.

Ratio 18:1
Rotational speed 200 rpm
Coloured coded green for easy identification when fitted inside a VEX V5 Smart Motor

Gear Options

Mechanisms such as flywheels and arms do not need large external gear ratios when the driving motor is already outputting a targeted output speed or torque. Therefore, changing internal gear ratios to fit specific needs allows more efficient and compact mechanisms to be designed. Use the clear window of the V5 Smart Motor to identify one of three user-changeable colored gear cartridges:

36:1 (100 RPM)- High torque, low speed. Great for robot arms and lifting heavy objects

Mechanisms such as flywheels and arms do not need large external gear ratios if the output shaft speed of the driving motor is already close to the desired speed or torque. Therefore, changing internal gear ratios to fit specific needs allows more efficient and compact mechanisms to be designed.

This cartridge has a 6:1 ratio, giving a maximum output speed of 600 rpm. Great for low torque, high speed applications such as intake rollers, flywheels, or other fast moving mechanisms.

Ratio 6:1
Rotational speed 600 rpm
Coloured coded blue for easy identification when fitted inside a VEX V5 Smart Motor

The VEXnet Joystick is the most intuitive way to wirelessly control a VEX EDR robot. With a familiar layout inspired by video game controllers, the VEXnet Joystick features a 2-axis accelerometer, 8 face buttons, and 4 "trigger" buttons. Powered by AAA batteries or through the VEXnet Joystick Power Adapter.

Have a lot of moving parts on your robot? Simply connect the Partner Joystick to the VEXnet Joystick using a Coiled Handset Cable and divide command between two separate operators! Great for building teamwork or for complex robots.

NOTE:VEXnet Joystick and Partner Joystick contain the associated controllers ONLY. Six (6)AAA batteriesor apower adapterare required for operation, and aVEXnet Key 2.0is required for wireless communication.

Please note the Robot battery chargers dont come with the cord automatically.

This VEX cord is the UK/Irish version for VEX 2282604 Robot Battery

These square shafts have rounded corners which allow them to spin easily in a round hole, while locking into a square hole. 4x 50.8mm (2in.) shafts 4x 76.2mm (3in.) shafts Work with motors, wheels, gears, and bearings Supplied in apack of 8(4 of each type)

A hardware fastener with a threaded hole. All VEX nuts are 8-32 threads.

Keps nuts have an external tooth lock washer and are strong while still being removable

Nylock nuts have an internal nylon lock that makes it perfect for strong, permanent connections

Hex nuts are non-locking and are great for quick prototyping

Nut 8-32 Hex nut for use with standard VEX screws.
Supplied in packs of 100

Nut 8-32 Keps nut for use with standard VEX screws. Keps Nuts have integral external tooth lock washer Supplied inpacks of 100

Take educational robotics to the next level by competing in the VEX Robotics Competition. The only limit to this open-ended building system is your own imagination!

The V5 Competition Starter Kit includes a complete V5 control system, aluminum structural elements, and high strength parts so that a team of students can build a bigger, stronger, and faster robot.

Compete with over 11,000 worldwide VEX Robotics Competition teams
Lightweight aluminum structure designed specifically for competition
Scalable programming software suite available with VEXcode
Recommended one competition team per kit.

The VEX IQ Robot Brain (1st Generation) is a revolution in robot control systems.

The VEX IQ Robot Brain has 12 identical Smart Ports. Plug any VEX IQ device into any port and the device is automatically detected - there are no dedicated input or output banks. Smart Port devices include: Smart Motor, Distance Sensor, Color Sensor, Gyro Sensor, Touch LED, and Bumper Switch.

The VEX IQ Brain comes loaded with default programs that get you up and running quickly. No computer or programming required. The Driver Control program gives you instant control of up to four drive motors and four additional mechanism motors, plus features for limit switches. Multiple pre-loaded autonomous programs will allow robots to move by themselves using sensors.

The backlit LCD makes VEX IQ simple to use. Using the 4-button interface, you can start your favorite program or configure the Driver Control program. Your VEXcode programs can write messages on-screen to customize your robot and simplify program debugging. Smartphone-like icons keep you in touch with your battery level and wireless connection.

The VEX Pin Tool makes working with VEX GO and VEX IQ pins and plastic even easier. Use the Pin Tool just as you would a pair of pliers. Simply place the tool over the pin you want to remove, squeeze, and pull!

The Pin Tool has two other useful features on its handles. One side can be used to pry two beams apart, while the other can be used to push out pins (such as a 0x2 capped connector) that the tool would normally not be able to grab.

Includes 24 & 48 tooth spur gears to allow for additional gear ratio options not found in the VEX IQ Starter & Super Kits. One great application of this pack is the ability to create compact gearboxes by placing your motors side by side!

10 x 24-tooth gears
10 x 48-tooth gears
8 x 0x2 Idler Pins
8 x 1x2 Idler Pins

Includes 1 Spare, randomly colored Riser for teams who want to practice VEX IQ Challenge Rise Above.

Risers are 8.75” (222.25mm) tall with a width of 7” (177.8mm) .

Larger black Zip Ties are used to tie larger objects to metal or attach to rollers to assist an intake. 11 inches long with a rating of 30lbs.

Kit 2 is a complete pneumatics add-on for VEX EDR. The cylinders are Double Acting, meaning they use air pressure to extend and retract the piston.

Uses one VEX EDR Controller I/O port per air cylinder. Reservoir is filled using a standard tie pump

Kit Includes:
2x Solenoid Driver - Cable w/Driver, Connects one VEX EDR I/O Port to one Solenoid
1x Tire Pump Fitting - Shraeder Valve With 4mm Tube Fittings - 8090410075
1x Reservoir - Reservoir, 1-1/2" X 4", w 1/8"NPT & M5 port - US14227-S0400
1x On/Off Switch - Finger Valve - VHK3-04F-04F
1x Pressure Regulator - Mini Regulator w/ 4mm Fittings - A-474-0000005
1x "T" Fitting - "T" Fitting for Valves - KQ2T04-00 or "-00A"
2x Cylinder, Bi-directional - Dbl Acting Cylinder 10mm Bore - NCJ2D10-200
2x Solenoid, Fwd, Reverse - 5/2 Single Solenoid Valve, 5VDC - SYJ3120-SMO-M3-F
2x Flow Meter - M5 elbow meter out flow control 4mm tubing - AS1201F-M5-04T
6x Fitting for Valves - Fitting 4mm Tubing x M3 Thread - KJS04-M3 or "-M3G"
1x Fitting for Reservoir - 1/8 X 4mm Male Connector To Reservoir - KQ2H03-34S or "-34AS"
2x Fitting for Cylinders - M5 Male Connector for Cylinders - KQ2S04-M5 or "-M5A"
1x Tubing - 4mm X 1696mm Length Tubing - TUO425B-X81US1696
2x Cylinder Mount - Mount for Cylinder - CYLINDER-MOUNT
2x Cylinder Nut - Nut for the Cylinder Mount - CYLINDER-NUT
2x Cylinder Rod Pivot - Pivot for the Cylinder Rod - CYLINDER-ROD-PIVOT

5 ft. of Polyurethane Tubing for use with VEX Robotics Pneumatics. (Black, 5/32" OD)
5ft. of Polyurethane Tubing.
Compatible with VEX Robotics Pneumatics.

Washer are thin disks with a hole used to distribute the load of a threaded fastener. VEX V5 washers fit on all VEX V5 screws and VEX V5 shafts.

Eliminate slop on shafts
Add space between metal parts
Size: 0.172" ID, 0.375" OD, 0.032" thick

Washer are thin disks with a hole used to distribute the load of a threaded fastener. VEX V5 washers fit on all VEX V5 screws and VEX V5 shafts.

Eliminate slop on shafts
Add space between metal parts
Size: 0.173" ID, 0.375" OD, 0.04" thick

A hardware fastener with a threaded hole. Nylock nuts have an internal nylon lock that makes it perfect for strong, permanent connections

Compatible with all VEX #8-32 screws and couplers.

Spacers are used to create a space between two objects, often to properly position them.Included in this variety pack are:
10 x 1/2" OD x #8 Nylon Spacer, 0.125"
10 x 1/2" OD x #8 Nylon Spacer, 0.250"
10 x 1/2" OD x #8 Nylon Spacer, 0.375"
10 x 1/2" OD x #8 Nylon Spacer, 0.500"

Plate with holes on 0.500" increments and 1/8" diamonds in between. Can be cut on 0.500" increments.
Made from cold rolled steel, 0.046" thick, zinc plated.

Gussets are used to connect pieces of metal that may not have been possible beforehand. Not only that, but they also serve as a great way to strengthen your robot's joints.