VEX Robotics

Charge your battery quickly with the V5 Robot Battery Charger. Your V5 Robot Battery Li-Ion 1100mAh can be fully recharged in under 60 minutes.

The beauty of a reliable radio connection, in a small simple package. The V5 Robot Radio allows your V5 Robot Brain to communicate with other devices. All wireless communication to the V5 Robot Brain is done through the V5 Robot Radio, including competition control and wireless activation of VEX Code programs. VEXnet 3.0 supports 500 simultaneous robot channels Capable of wirelessly connecting to Bluetooth® enabled devices LED indicator for linked, scanning and active modes

VEX V5 Smart Cable Connectors are specialized cables used in robotics and educational settings to connect various components and sensors. These connectors are designed to be easy to use, reliable, and capable of transmitting both power and data. The VEX V5 Smart Cable Connectors feature a unique keyed design, which ensures that the connectors are properly aligned and connected. This helps prevent accidental damage to the connectors or the components they are connecting. Overall, VEX V5 Smart Cable Connectors are a powerful tool for educators and students interested in robotics and automation. They simplify the process of building and programming robots, making it more accessible and enjoyable for all.

V5 Smart Cables and Tools 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 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. This is a cable for making your own custom lengthVEXV5Smart Cables. Making your own cables is great for getting around the problem of cables that are just that bit too tight, or are so long that they get in the way or look amateurish. Cable 276-5774 supplied in a 8mlength ​For assembly instructions please click here

V5 Smart Cables and Tools

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!

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.

V5 Smart Cables (Short Assortment) (276-4860)
(2) 200mm Smart Cable
(1) 300mm Smart Cable
(1) 600mm Smart Cable

The VEXnet Backup Battery allows you to mount and connect (1) 9V battery. This battery keep VEXnet alive when the main battery fails. Works with the VEX Cortex Microcontroller. Works with the VEX ARM9 Microcontroller. The kit contains: (1) Backup Battery Holder (1) Backup Battery Cable Uses (1) 9V battery (not included)

Give your driver the chance to see things from the robot's perspective. The Vision Sensor is capable of detecting up to 7 colors at once, including multi-colored objects. Connect a phone or tablet to the V5 Robot Brain through built-in WiFi to stream a live feed of your robot's view to your device.

Other features include:
Tracks up to seven individual colors at once
Analyze objects for advanced tracking and path planning
Built-in Wi-Fi radio
Compatible with VEX IQ


The Vision Sensor provides a robot with new capabilities and allows for expanded learning. It uses a dual ARM M4/M0 processor for object detection at 50Hz. At its most basic mode it tells you where a colored object is located. The location's X value gives you the position right and left. When the camera is tilted down, the Y value gives you the distance to the object, with a little basic trigonometry on your part.

This kit contains all the necessary Field Elements for use with VEX Robotics Competition Tower Takeover. One Full Field Set. (4) Zone Marker Assemblies (7) Pedestal Assemblies (1) Red Tape (2" wide) (1) Blue Tape (2" wide) (1) White Tape (2" wide) (1) VRC License Plate Kit All necessary assembly hardware Note: Game Elements, Field Perimeter ; Tiles NOT included Note: To have a full field of game elements for the 2019 20 competition you need VEX 276 6090 x 2, VEX 2766091 x 1, and 2766093 x 1.

Note: To have a full field of game elements for the 2019 20 competition you need VEX 276 6090 x 2, VEX 2766091 x 1, and 2766093 x 1.

This kit includes half of the game elements needed for a full VRC Tower Takeover field. Note: Field Elements, Field Perimeter ; Tiles NOT included. (12) Orange Cube Assemblies (12) Purple Cube Assemblies (12) Green Cube Assemblies Note: To have a full field of game elements for the 2019 20 competition you need VEX 276 6090 x 2, VEX 2766091 x 1, and 2766093 x 1.

Spare game elements for use in VRC Tower Takeover. Other field elements not included. (1) Cube Assembly (Random color)

Trophy pack containing a foundation set of awards for Event Partners to present at VEX Robotics Competition championship events.

Trophies Included:

6 x 12" Trophies

Award Plates Included:

6 x Award Date Plate

1 x Excellence

2 x Tournament Champion

1 x Judges Award

1 x Design Award

1 x Robot Skills Champion

License plates and identification numbers for teams competing in the VEX Robotics Competition. Red ; blue colors serve as alliance indicators as well as ID plates Attaches using standard VEX EDR screws and nuts or VEX IQ pins Plates come blank and are fullycustomisable

Pull it up. This kit provides the ability to implement a winch and pulley system and create block and tackle mechanisms toutilisemechanical advantage. Lift, lower, hang, drag and more. Configurable for many applications. Ratchet and Pawl can be engaged to prevent back driving.

Enhances autonomous movement and feedback from a VEX robot by detecting a robot';s rotation from its origin on a single axis. Single-axis gyroscopic sensor Detects a rotation of up to + / - 1000 degrees per second Connects to analog inputs on VEX ARM® Cortex®-based Microcontroller Connecting the Yaw Rate Gyroscope Connect the Yaw Rate Gyro to an analog input on the VEX Microcontroller using a standard servo extension cable. The black (ground) wire goes adjacent to the 'B' silkscreened on the board. The center wire is for +5 volts. The white wire is signal. The mounting holes are electrically isolated from the circuit.

Everything starts with the V5 Robot Brain. Students and teachers can now run programs, troubleshoot their robot and get important feedback in real-time. Smart Ports automatically detect the type of connected device and handle motors and sensors interchangeably.

Other features include: 4.25” (108mm) full colour touch-screen Dashboards provide real-time diagnostics 21 Smart Ports Eight 3-Wire ports for analog and digital sensors Download programs wirelessly Programmable with VEXcode

Control your robot like never before with the cutting-edge V5 Controller. This controller packages two analog joysticks and 12 buttons into a familiar video-game style design. A rechargeable battery ensures enough charge to get you through multiple class periods or a full day of competition.

Other features include:

LCD Screen for real-time information

Start and stop programs from the controller

Programmable haptic feedback

Competition practice mode - sync up with other robots and run practice matches

Built-in VEXnet 3.0 radio and Bluetooth®

Integrated rechargeable battery

The V5 Robot Battery Li-Ion 1100mAh is the next evolution of the VEX EDR NiMh Battery, which will provide you consistent performance every time you power up your robot. This Lithium Iron Phosphate (LiFePO4) battery is equipped with circuitry and control to allow for higher sustained power and more reliable function. The V5 System as a whole is designed to produce identical motor performance at any battery charge level. This means that the same battery can be used for multiple competition matches or class periods before needing to be recharged. LiFePO4batteries are proven to offer longer life cycles, and are safer than Lithium Ion batteries.

Battery run time depends on many factors including your robot design, your driving, and the number of motors used. Robots' often get 30+ minutes of heavy drive time from a single charge. Competition teams should be able to use one Robot Battery for multiple matches without recharging. Remember that with V5, a low battery does not change the motor's performance.

Built-in charge indicator lights

Charge time is approximately one hour

Note: Battery power cable and charger not included. (Power cable ships withV5 Robot Brain)

The V5 Smart Motor is more than twice as powerful as the 2-Wire motor 393, and puts an integrated encoder and a motor controller into one compact package. Customize speed and torque with interchangeable gear cartridges.

Use the built-in encoder to track a robot's rotational position and velocity

Ships with the standard gear cartridge of 18:1 (200 RPM)

Cartridges for 36:1 (100 RPM) ; 6:1 (600 RPM) are also available

Compatible with both VEX EDR shaft sizes

The motor runs at a slightly lower voltage than the batteries minimum voltage, and the motor's power is accurately controlled to +/-1%. This means the motor will perform the same for every match and every autonomous run regardless of battery charge or motor temperature.

Practice on the same surface you will be competing on! The field's snap-together construction allows for assembly inminutes. Note:Starting with the 2020 - 2021 competition season, the official VEX IQ Challenge field will increase in size from a 4' x 8 field' to a 6' x 8' field. Users wanting to purchase a full-sized competition field will need to purchase (1) x 228-7396 Kit. Users wanting to upgrade their 4 ' x 8' field to a 6' x 8' will only need to purchase (1) x 228-7395 Kit. VEX IQ Challenge Field Upgrade Kit (228-7395) (16) 12" x 12" Square Tile with Rubber Feet (4) 12" Straight Wall Section

This kit contains all the parts needed to upgrade the VEX IQ G2 Education Kit to a VEX IQ Competition Kit 2nd Generation

Links:

• getStarted.vex.com
• Curriculum - STEM Labs
• VEX Certified Educators (1st Gen)
• VEX Certified Educators (2nd Gen Coming Soon)
• Professional Development Plus
• VEXcode
• Competitions
• STEM Library

VEX GO is an affordable STEM construction system that taps into children's natural inquisitiveness. VEX GO utilises the VEX IQ plastic construction system and adapts it for primary students. GO kits contain all parts, motors and electronics needed to bring STEM to life!

Storage Done Right The GO Kit with Storage is pre-sorted into a convenient re-usable carrying case. This keeps all the parts organised and easily accessible.

Coding Done Right Block based coding is easy for young coders with VEXcode. Available for Tablets, Chromebooks, Macs and PCs.

STEM Lessons Our latest research-backed educational solution is called STEM Labs. These 40-minute lessons can be utilised in sequential order to create unique, extended learning experiences. STEM Labs promote collaboration and exploratory learning.

VEX 123 is an interactive, programmable robot that takes Computer Science and Computational Thinking off of the screen and brings them to life for younger students (age 4 to 7). Classroom Bundles are the perfect solution for individual classrooms. They can also be shared between two to six classrooms throughout the school year. The bundles contain everything educators need to get started and succeed.

Coding Three Ways : The 123 Robot can be programmed in three uniquely engaging ways:

1. Create sequences using the touch-sensitive buttons on the Robot.

2.Insert physical Coder Cards into the revolutionary VEX Coder and download programs wirelessly to the Robot - no screens needed!

3.Unlock the full power of your 123 Robot with VEXcode 123, available for iPads, Android Tablets, Chromebook, Mac and PC.

The 123 Robot is sophisticated on the inside so that it can be simple on the outside. The robot will move and turn accurately and repeatably which keeps the focus on learning about sequencing and coding.

The Eye Sensor at the front of the robot can detect obstacles, colours, and light level whilst internal sensors detect collisions and robot interactions.

Output light in various colours via the VEX Button on the top of the robot and incorporate sound into your programs too!

Small Bundle includes:(12 students)

6 x Robots

6 x Coders with Batteries

7 x Coder Cards (50-pack)

3 x Fields (4 tiles, 8 walls)

1 x Carrying Cases for everything

1 x Charging Stations, AC Adapters

1 x Coder Card Storage Boxes

6 x Robot Art Rings