VEX Robotics is revolutionizing workforce development education with VEX V5 Workcell
The Robotics Education & Competition (REC) Foundation, a 501c3 nonprofit and VEX Robotics, is back to showcase the incredible talent and skill of a range of student competitors by hosting the first-ever Live Remote VEX Robotics World Championship May 17-29, 2021. Leveraging the REC Foundation’s Live Remote Tournament interface, teams from around the world will be able to compete in real-time tournaments or live skills matches to be crowned champions.
During the live remote event, students in grades three through college will compete in timed, heart-pounding robotics competition matches with their custom-built robots. Like at past world championships, competitors will have the opportunity to see familiar faces, activities, and share the excitement of the event.
To ensure the safety of its robotics community due to the pandemic, this unique event will adapt to a virtual format. Typically, the annual VEX Robotics World Championship attracts more than 30,000 attendees from all 50 states and more than 70 nations.
Ready to transition your coding skills to VEX Coding Studio? Carnegie Mellon University is hosting a free, four week webinar series detailing everything you’ll need to know to transition from RobotC!
Be sure to tune in to Carnegie Mellon’s YouTube stream (almost) every Thursday, from September 13th to October 11th for your introduction to VEX Coding Studio. We’ll cover topics such as updating firmware, configuring motors and sensors, and programming with VEX C++ and Modkit. If you have any additional topics that you want covered on-air, be sure to ask beforehand on Twitter @CMUCMRA !
To set your YouTube reminders or to see a detailed weekly outine of these webinars, visit the Carnegie Mellon University Website.
Careers in STEM are on the rise!
Give your students the tools they need to succeed:
With more schools adopting robotics as a platform to enhance STEM and Computer Science courses, teachers need a solution to seamlessly integrate curriculum, programming software, and hardware into the classroom.
Our scaffolded, standards-matched STEM Labs
can be adapted to fit any classroom
STEM Labs are hands-on activities, which include diverse builds, games, and competitions, that align with education standards while also showing real-world applications of concepts.
These activities give students the opportunity to communicate and collaborate with their classmates. Every STEM Lab has multiple approaches to solving a problem, allowing students to experiment with creative design solutions.
For many teachers, figuring out how to implement concepts into maths, design & technology, engineering and computer science subjects can be difficult. Our STEM Labs allow for easy implementation with minimal preparation time. Each STEM Lab can be used on multiple platforms and includes easy-to-follow build instructions.
A faster, smarter, and more powerful control system perfect for any learning environment
For over ten years, millions of schools around the world have chosen VEX Robotics as the premiere STEM education solution. This year at CES 2018 (Booth 43761, Sands Hall D) the world’s leading education STEM solution is unveiling a faster, smarter, and more powerful control system designed to scale from the classroom to the competition field. The V5 control system is engineered to provide the most advanced robotics learning experience, which is complimented with customizable STEM Labs and a programming environment that grows and evolves with the student.
From the touch interface of the Robot Brain to the VEX Coding Studio programming software, V5 was designed with the key focus of “Intelligent Simplicity.” This system of products embraces the model of explorative STEM learning through each unique component.
“We want kids to learn how much fun it is to solve challenging problems,” commented Paul Copioli, President of VEX Robotics, Inc. “With the launch of V5, we’ve revolutionized the way VEX EDR robots communicate so that teachers and students can focus on solving other truly complex STEM principles that will get them both excited and prepared for their future.
Our STEM Labs were designed by a team of classroom teachers, cognitive scientists, and pedagogy experts who work closely with the world-renowned Carnegie Mellon Robotics Academy to conduct collaborative research on educational robotics and computer science. Our STEM Labs are mapped to educational standards, and designed to transform the learning experience for students and teachers with fun and engaging activities that incorporate hands-on educational robotics. STEM Labs spark creativity and innovation in the classroom by moving students through projects that allow them to test and apply their knowledge in multiple situations, while understanding the real-world relevance of the topics and concepts they are learning.
VEX, in partnership with Robomatter and Modkit, is developing a completely new programming environment named VEX Coding Studio. VEX Coding Studio is a simple, intuitive programming environment to teach students of all skill levels how to program and keep them programming as their skills advance.VEX Coding Studio has multiple programming languages, device updates, and diagnostic tools are built into one package. Users can start with graphical programming using Modkit Blocks, move into the transitional (blocks & text) language called Modkit Text, and then advance into text-only programming with ROBOT C++ (the next evolution of ROBOTC). VEX Coding Studio includes many features that VEX users have been requesting for years, such as auto-complete, syntax assistance, color-coding, and UI themes and will also work on multiple platforms, including Windows, Mac, Chromebook, iPad and Android tablets.
VEX is also used in the world’s largest and fastest-growing educational robotics competition, providing the perfect opportunity for educators and students to apply learning in an exhilarating environment both in the classroom and beyond.
Information about SnapCAD just appeared on the VEX Robotics website. You can now sign up with your email to get informed as soon as SnapCAD is available for download.
So, sign up and while you wait for the download to become available, read the information that is on their official website:
Create, Share, & Teach with One Easy-to-Use Program
SnapCAD is a community-built solution for designing virtual VEX IQ models and creating printable, shareable instructions for them. Use SnapCAD to test out a novel idea in the virtual world before building it physically, or to share your creations with the world in the form of step-by-step build instructions!
Transform your VEX IQ Classroom
SnapCAD is a FREE download and available to anyone with a PC running Windows 95 or newer (see below for full system requirements). Students can even install it on their home computers and bring their models (saved in the lightweight .ldr or .mpd file formats) into class the next day.
A Community Effort
The SnapCAD vision began when some members of the VEX IQ community began converting VEX IQ CAD files into the popular open-source LDraw format. This made them available for use in a number of publicly available LDraw editors.
Built for VEX IQ
Drawing from community expertise, SnapCAD is a new LDraw editor designed specifically for VEX IQ. Students can use SnapCAD to learn the fundamentals of computer aided design (CAD) and create new VEX IQ robots!
- Comes pre-loaded with the entire VEX IQ part library
- Supports colored VEX IQ parts
- Includes pre-built models of the Autopilot, the Clawbot IQ, and V-Rex
- Adapts to new products ported into SnapCAD soon after public release
- Creates step-by-step instructions for your custom builds
And feel free to join our VEX IQ discussions in our VEX IQ Robotics Fangroup on Facebook
What is VEX IQ?
VEX IQ is a robotics platform designed to transform STEM learning for young students and their teachers. Students as young as 8 can jump right in and snap robots together using the intuitive, toolless platform while educators can utilize the free VEX IQ Curriculum to help teach students valuable lessons and skills that are needed in today’s changing world. Complete VEX IQ Starter Kits start at $249.99 and contain everything needed to build a drivable robot. The VEX IQ Super Kit, at $299.99, includes everything found in a Starter Kit plus a full array of sensors.
What is the VEX IQ Challenge?
The VEX IQ Challenge, presented by the Robotics Education & Competition Foundation, is a brand new STEM program for elementary and middle school students (ages 8-14). Students, with guidance from their teachers and mentors, will build a robot using the VEX IQ robotics platform to solve an engineering challenge presented in the form of a game. VEX IQ Challenge teams will work together scoring points in Teamwork Matches, and also display their robot’s skills individually in driver controlled and autonomous Skills Challenges.
In addition to building robots, the VEX IQ Challenge encourages students to actively learn about science, technology, engineering and mathematics with a STEM themed research project that consists of a written or media presentation. Registration for a VEX IQ Challenge team costs $100. Additional teams from the same schools can register for $50. Tournament entry fees vary by event.
What software & programming options are available for VEX IQ?
VEX IQ robot kits come pre-programmed with built-in default functionality. The Robot Brain contains a Driver Control program that allows students to drive their robots as soon as they’re built, and each Smart Sensor will perform a default action when plugged in to any of the Robot Brain’s Smart Ports. For example, the Gyro Sensor will always keep the robot facing forward, which creates a great learning opportunity for a curious student – how does a gyro work? How else can we apply this technology?
For advanced opportunities, the VEX IQ Robot Brain can be programmed using one of two software options from VEX partners. Robomatter’s ROBOTC 4.0 is a C-based programming language supported by Carnegie Mellon University’s Robotics Academy, and the free Modkit for VEX is a graphical dragand-drop programming environment inspired by MIT’s popular “Scratch” language. Autodesk has also created a design package, VEX Assembler, that brings the modern principles of computer-aided design (CAD) into an easy-to-use drag-and-drop interface.
How can educators use VEX IQ?
In addition to the VEX IQ Challenge, educators can access a free online curriculum designed for classroom use and mapped to US national STEM standards for grades 2-8 (NGSS, STL, and Common Core). With student handouts, teachers’ guides, and custom projects, the flexible VEX IQ curriculum can be scaled for everything from an after school STEM club to a dedicated class period. By exciting and inspiring students through robotics, the VEX IQ curriculum instills proper engineering practices from an early age, while maintaining the fun and excitement that comes from playing with VEX IQ.
Is VEX IQ available internationally?
Yes, VEX IQ is available worldwide.
For more information, visit:
The VEX IQ system was designed to be simple and easy for students to use. Structural pieces snap together and come apart without tools, allowing for quick build times and easy modifications. A variety of gears, wheels and other accessories allows for complete customisation of VEX IQ projects and mobile robots.
The Robot Brain takes high-end, powerful technology and simplifies it for educational use while keeping a high ceiling. Connect any combination of up to 12 Smart Port devices to the Robot Brain, which can then be controlled by built-in programs or programmed via a computer and compatible software program. In addition to using pre-programmed instructions, VEX IQ robots can be controlled by drivers using the Controller.
VEX IQ sensors, including a color sensor, gyroscope, potentiometer, allow for advanced robots and teaching opportunities.
Here are the pictures i have taken during unboxing:
The complete box with nice sticker on it!
The opened box, showing manual and separator.
Still boxed motors, sensor and some parts in sorting tray.
One unboxed motor
An unboxed distance sensor (ultrasonic).
A Touch-LED, a touch sensor able to show 16mio diff. colors.
Electronic parts come with a small manual.
All this stuff hides under the sorting tray.
The battery pack for the robot brain.
A color sensor.
Big set of cables in various length.
The battery charging station with battery on it.
The robot brain
…and a lot of other parts, gears, shafts, etc…
…and even more parts…