VEX V5 Classroom Starter Kit
€967.99
VEX V5 Classroom Super Kit
€1,935.99
Tax included
We do not ship VEX products to the US.
The V5 Classroom Super Kit engages students by bringing Maths, Engineering, and Computer Science classes to life. Through hands-on building and programming, students can explore these subjects while moving at their own pace through our STEM Labs, or the hardware can be easily integrated into existing curriculum.
- Contains (1) V5 System Bundle (276-7100), (6) V5 Smart Motors, 8 sensors including (1) Vision Sensor (276-4850)
- Includes all required parts to build the V5 Clawbot
- Teach engineering concepts with the motion kits included
- Scalable programming software suite available with Students per kit 3-4
This kit contains over 1.500 components, including a V5 Control System, 6 V5 Smart Motors, 4 Bumper Switches, 1 Vision Sensor, 1 Ultrasonic Range Finder, 2 Potentiometers, 45 steel structure pieces, 610 motion parts, plus all of the necessary hardware, tools, and accessories!
Once you've mastered the basics, this kit provides everything needed to move on to more advanced engineering concepts using some of our most popular motion add-on kits. We've included the Linear Motion Kit, Advanced Mechanics and Motion Kit, and the Turntable Bearing Kit.
VEX Robotics 276-7120
2022-04-01
Data sheet
- Age
- Secondary & High School
- For
- School
- Programming Language
- C++
Python
Scratch - Subject
- Coding
Robotics - Kits & Bundles
- Kits
Specific References
ROBOT BUILDS
V5 CLAWBOT
Robotic arm with a gripping claw that sits on a drivetrain base.
CRUNCH
Hero Bot for the 2020-21 VEX Robotics Competition, Change Up. This build requires a Competition Starter or Competition Super Kit.
LIFT
Hero Bot for the 2019-20 VEX Robotics Competition, Tower Takeover. This build requires a Competition Starter Kit.
FLIP
Hero Bot for the 2018-19 VEX Robotics Competition, Turning Point. This build requires a Competition Starter or Competition Super Kit.
SUPER FLIP
'Super' variation of the Flip Hero Bot for the 2018-19 VEX Robotics Competition, Turning Point. This build requires a Competition Super Kit.
SPEEDBOT
Robot with a standard drivetrain that can move forward/reverse and turn.
VEXcode
VEXcode is a coding environment for students of all ages and levels. VEXcode is consistent across Blocks and Text, across VEX 123, GO, IQ and V5.
VEXcode is supported on Chromebook, Windows, Mac, iPadOS and Android Tablets
Drag. Drop. Drive.
VEXcode’s Block-based interface is the perfect platform for those new to coding. Students use a simple drag and drop interface to create functioning projects.
VEXcode Blocks are availalbe in English, French, German and Dutch
Graduate to Text Coding
Once students are ready to transition from Block-based coding to Text-based coding, VEXcode built-in tools are ready to help. With the Code Viewer, students can see in real-time the C++ or Python code generated by each block added to their project.
Code Like a Pro
VEXcode Pro’s interface provides students with authentic programming experience as they become more experienced programmers. Students will use the same tools and programming languages that professionals use every day allowing them to develop coding skills and acquire workforce readiness.
TEACHER RESOURCES
LESSON PLANS
VEX V5 comes with free plug-in lessons called STEM LABS. These fun, easy to follow, hands-on lessons encourage teamwork, collaboration, and guided exploration!
GETTING STARTED GUIDES
Building with VEX V5 and Coding with VEX V5 getting started guides
KNOWLEDGE BASE
Articles on electronics, assembly, mechanics, VEXCode and troubleshooting.
FREE ONLINE TRAINING FOR TEACHERS
VEX Certified Educator program helps prepare you to successfully implement VEX Robotics in your classroom.
Once certified, you also gain access to a growing community of education professionals and resources, to collaborate and share experiences, materials, and teaching strategies.
VEX V5 Kits and Bundles
CLASSROOM TO COMPETITION
VEX Competitions bring STEM skills to life by tasking teams of students with designing and building a robot to play against other teams in a game-based engineering challenge. Classroom STEM concepts are put to the test as students learn lifelong skills in teamwork, leadership, communications, and more.
