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Ten przykład pokazuje, jak zmienić prędkość napędu i skrętu układu napędowego.

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IQ Build Instructions - Downloads - IQ - VEX Robotics

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The VEX Robotics Design System offers students an exciting platform for learning about areas rich with career opportunities spanning science, technology, engineering and math (STEM). These are just a few of the many fields students can explore by creating with VEX Robotics technology.

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New Robot! Super Kit Linq 71 Points | VEX IQ Full Volume

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Computer Science

Teacher Portal

This area contains resources designed to save teachers time by delivering just what they need to successfully implement the Computer Science Level 1 courses. The Standards Mapping Document and Email Home are Google documents that can be copied and edited.

Pacing Guide and Standards Mapping

Email Home

Quiz & Exam Answer Keys

Challenge Solutions

This area contains resources designed to save teachers time by delivering just what they need to successfully implement VEXcode VR activities. The Pacing Guide and Email Home are Google documents that can be copied and edited.

Pacing Guide and Standards Mapping

Email Home

Activity Answers

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Computer Science Teacher Portal This area contains resources designed to save teachers time by delivering just what they need to successfully implement the Computer Science Level 1 courses. The Standards Mapping Document and Email Home are Google documents that can be copied and edited.

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Works on iPad, Android Tablets, Amazon Fire, Chromebook, Windows and Mac.

Expanding the VEXcode VR Universe

Teach and learn coding with Virtual Robots (VR). VEXcode VR brings real world STEM concepts to life making coding immersive, accessible and fun. Start with Blocks and progress to Python. Our patented Switch coding makes the Blocks to Text transition easy.
Features:

Ages 8+

No student accounts & no installation required

Start with Blocks, then use Switch to easily transition to Python coding

Student learning submissions make collecting code, progress and activity easy

Professional Development Plus for Computer Science Educators

Every license includes access for all the educators' students, both in school and at home

VEXcode VR is the version you have been using all along. VEXcode VR Enhanced has improved the graphics and resource access, making it more engaging and accessible. With VEXcode VR Premium you can teach Data Science, Artificial Intelligence, Self Driving Vehicles and bring competitions to the CS classroom.

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Price

Free

$199/educator per year

$499/educator per year

Languages

Blocks

Blocks, Python (Browser)

Blocks, Switch, Python (Browser), Python (VS Code) (2023)

Playgrounds

15 with basic graphics
See the Playgrounds >

18+ with engaging graphics
See the Playgrounds >

20+ with engaging graphics + AI and Data Science
See the Playgrounds >

Competitions

Playgrounds simulating VEX Competitions (GO, IQ, V5)

PD+

Educator Certifications

Educator Certifications

VEX PD+ Certifications, Community, Video Library, and 1-on-1 Sessions

Curriculum & Activities

Yes

Yes

Yes

Resources

Online

Online and Integrated

Online and Integrated

Learning Submission

Yes
Yes

Offline version

Yes
Yes

Support
VEX Forum
VEX Forum, Email

VEX Forum, Email, Online Chat, PD+ Community

Easy to Get Started. And Free.

VEXcode focuses on coding with a pre-built VEX robot. Great in school and out of school.

VR stands for Virtual Robot

Code a real VEX robot with a drivetrain, object pickup, sensors, GPS and a pen.

VEXcode VR

Learning and fun meet. The 3D worlds bring variety to your coding activities.

VEXcode VR Enhanced

Enhanced graphics for increased student engagement.

Previews coming soon for:

Disk Mover +
Line Detector +
Encoded Message +
Number Grid +
Hidden Pixel Art +
Shape Tracer +

VEXcode VR Premium

Advanced capabilities like Artificial Intelligence, advanced and immersive worlds to code in, and more.

Previews coming soon for:

Drones with AI and Business
Robot Soccer with AI
Self Driving Vehicle with AI

Three Ways to Code

Blocks

Blocks with a Python viewer

Python

Browser based. Simply go to vr.vex.com to get started

No software to install. Always up to date.

Challenges & Activities

Our team of education experts created easy to follow activities that can be implemented easily. Activities are in Google Docs, so teachers can add to or edit the activities.

Live Dashboard

Visualize data on the playgrounds dashboard.

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The VEX Robotics Design System offers students an exciting platform for learning about areas rich with career opportunities spanning science, technology, engineering and math (STEM). These are just a few of the many fields students can explore by creating with VEX Robotics technology.

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4 Lessons

In this Unit, you will build Byte, the HeroBot for the 2023-2024 VIQRC Full Volume game and learn how to score. Throughout the Unit you will learn about driving Byte and how to begin to code Byte for autonomous movement so that you can participate in the Robot Skills Challenge during the competition season.
*Requires the IQ (2nd gen) Competition Kit

Visit the Teacher's Portal for teacher support materials and videos about the content and facilitation of the Full Volume Lessons.

Full Volume Teacher's Portal >

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In this Unit, you will build Byte, the HeroBot for the 2023-2024 VIQRC Full Volume game and learn how to score. Throughout the Unit you will learn about driving Byte and how to begin to code Byte for autonomous movement so that you can participate in the Robot Skills Challenge during the competition season.

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The Game:

VEX IQ Robotics Competition Full Volume is played on a 6' x 8' rectangular field configured as seen above. Two robots compete in the Teamwork Challenge as an alliance in 60 second long teamwork matches, working collaboratively to score points.

Teams also compete in the Robot Skills Challenge where one robot takes the field to score as many points as possible. These matches consist of Driving Skills Matches, which will be entirely driver controlled, and Autonomous Coding Skills Matches, which will be autonomous with limited human interaction.

The Details:

The scoring objects in VEX IQ Robotics Competition Full Volume various sized 2 Blocks begin on the field in predetermined locations. The remaining 31 Blocks begin in the Blocks. There are a total of (73) Blocks on the field. 4 Supply Zone , where they will be randomly placed before each Match. Red Blocks begin on top of Starting Pegs.

The object of the game is to score as many points as possible with your alliance partner by scoring Blocks in Goals. Based on the contents of the Goal at the end of the Match, Alliances can also receive a Uniform Bonus and / or Height Bonus .

At the end of the Match, Robots can attempt to Park in the Supply Zone for additional points.

Download the VIQRC Hub App!

Each Block Scored in a Goal

1 Point

Each Uniform Goal

10 Points

Height Bonus

10 Points per Fill Level

Cleared Supply Zone

20 Points

Each Red Block Removed from Starting Peg

5 Points

Each Partially Parked Robot

5 Points

Each Fully Parked Robot

10 Points

Double Parked Bonus

10 Points

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Competition Overview - Competition - IQ - VEX Robotics

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See how to compete on a world stage where teams of students are tasked with designing and building a robot in a game-based engineering challenge

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Po tym, jak zapoznaliśmy się z zasadami konkursu VexRobotics 2023-2024, postanowiliśmy zacząć od zbudowania prostego robota VEX IQ. Poznaliśmy zestaw klocków, nauczyliśmy się obsługi kontrolera, potrafimy już przesyłać programy do robota.

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Ten program będzie jechał do tyłu, aż wyłącznik zderzaka zetknie się z przedmiotem.

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VEX IQ Full Volume Reveal: Pyromania 93131G

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Engage users, become greener and modernise your technical communications with 3D instruction manuals from Cadasio

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Ucz się kodowania za pomocą wirtualnych robotów (VR). VEXcode VR ożywia koncepcje STEM z prawdziwego świata, czyniąc kodowanie wciągającym, przystępnym i przyjemnym.

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In this Unit, you will build, drive, and code Byte, the HeroBot for the 2023-2024 VEX IQ Robotics Competition (VIQRC), Full Volume. As you learn about Byte and how to use it in a competition, you will practice your coding and driving by competing in various Robot Skills Matches. Watch the video below to learn more about Full Volume.

Select Next > to build Byte.

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STEM Labs function as plugin lessons that can fit into your existing curriculum. Multiple labs can be utilized in sequential order to create a unique, extended learning experience. STEM Labs promote collaboration and exploratory learning.

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Ten program odtwarza dźwięki w sposób ciągły, aż do naciśnięcia diody Touch LED.

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Engage users, become greener and modernise your technical communications with 3D instruction manuals from Cadasio

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Lekcja 2: Umiejętności prowadzenia pojazdu

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Lekcja 2: Umiejętności prowadzenia pojazdu

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In this Lesson you will learn about the VEX IQ Robotics Competition (VIQRC) Full Volume, including how to earn points. Then, you will apply your learning to practice and compete in a Driving Skills Match.

Select < Return to Lessons to return to the Lesson Overview.

Select Next > to learn about Full Volume.

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STEM Labs function as plugin lessons that can fit into your existing curriculum. Multiple labs can be utilized in sequential order to create a unique, extended learning experience. STEM Labs promote collaboration and exploratory learning.

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aplikacja ON-LINE

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Lekcja 3: Umiejętność samodzielnego kodowania

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Lekcja 3: Umiejętność samodzielnego kodowania

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In this Lesson you will learn about coding the drivetrain, intake, and arm of Byte to complete autonomous movements. Then, you will apply your learning by creating a VEXcode IQ project to compete in an Autonomous Coding Skills Match.

Select < Return to Lessons to return to the Lesson Overview.

Select Next > to learn how to code Byte.

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STEM Labs function as plugin lessons that can fit into your existing curriculum. Multiple labs can be utilized in sequential order to create a unique, extended learning experience. STEM Labs promote collaboration and exploratory learning.

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In this Lesson you will learn about the sensors on Byte including the Bumper Switch, Touch LED, Optical Sensor, and Distance Sensor. You will learn how each of these sensors can be used, then run an example project to test the sensors. Then you will apply your learning from the entire Unit to compete in a Robot Skills Challenge!

Select < Return to Lessons to return to the Lesson Overview.

Select Next > to learn about the sensors on Byte.

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STEM Labs function as plugin lessons that can fit into your existing curriculum. Multiple labs can be utilized in sequential order to create a unique, extended learning experience. STEM Labs promote collaboration and exploratory learning.