REMEMBER:
Watch a video in its ENTIRETY BEFORE TRYING to complete instructions with your robot.
Watch a video in its ENTIRETY BEFORE TRYING to complete instructions with your robot.
Troubleshooting for Programming with VEX Robotics
Diagram of all sensors and motors connected during firmware update.
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Updating Software
View the video to understand how to update the firmware of each component. From VEX Robotics(http://www.vexrobotics.com/vexiq/software/vexos/): VEXos is a robotics operating system that harnesses the flexibility and power of VEX hardware for the rigors of competition and the diverse needs of education. This operating system, written completely by VEX Robotics, uses real-time processing for repeatable operation at the fastest possible speeds. The "VEXos Utility" program simplifies updating VEX IQ hardware, and is compatible with Windows 7-10, and Mac OS X 10.10 and greater. All of the VEX IQ Smart Devices (Robot Brain, Controller, Smart Motor, and sensors) contain their own internal processors and run special software. This software is what allows for advanced programming features. The best way to ensure that your VEX IQ system is functioning properly is to keep the Robot's software up to date. NOTE: Due to a software update, the computer application will look like the image below. The computer program is the "VEXos Utility" found in the Applications folder, not the Firmware updater. |
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Pairing the Robot Brain to the Controller (3:08)
Watch the video to understand how to pair the robot brain to the controller so you can use the controller without using a tether cable. Original Link: VEX IQ - Pairing the Controller & Robot Brain www.youtube.com/watch?v=cssYgIoqU9A |
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Calibrating a Controller
Calibration is the action of checking your devices to make sure that the scaled steps are working properly. Watch the video to understand WHY controllers should be calibrated and HOW to calibrate the controller. Original Link: VEX IQ Tip - Calibrating the Controller (Firmware v1.13+) www.youtube.com/watch?v=EuEYxRxdpzk |
REMEMBER:
Your robot brain needs to be paired to an iPad BEFORE continuing with any further steps.
See a teacher if you suspect your iPad is NOT already paired to your robot brain.
Your robot brain needs to be paired to an iPad BEFORE continuing with any further steps.
See a teacher if you suspect your iPad is NOT already paired to your robot brain.
Programming Robots with VEXcode IQ
How to Download a Modkit Program to the VEX Brain (3:19)
Watch the video clip to understand how to execute an autonomous program from the iPad app, "Modkit for VEX."
Watch the video clip to understand how to execute an autonomous program from the iPad app, "Modkit for VEX."
VEX IQ Sensor Review
Discover the name of each sensor and determine how each can be used to program a robot's actions. Original Link: www.vexrobotics.com/vexiq/education/iq-curriculum/smarter-machines/sensor-review |
Default Sensor Functionality
Watch videos on each of the sensors to determine the sensors' capabilities and requirements. Original Link: https://www.vexrobotics.com/vexiq/resources/downloads-videos (Scroll down to find section for videos) |
Testing Sensors Virtually
Use the PLAY section of the tutorial to view coding blocks and algorithm examples that can be used with the VEX IQ Sensors. Original Link: https://education.vex.com/xyleme_content/testbed-iq-sensors/web/index.html#Item1-3-1 |
VEX IQ Building Tips & Instructions
NOTE: Be mindful that the purpose of downloading a pdf file is a precaution to take, in case wireless internet is not accessible.
VEX IQ Building Best Practices
Suggested tips on building with the VEX kit components; includes information related to determining standoff lengths, axles, and general considerations. Original Link: http://www.tex22.info/rm/english/robotics6/vex/student/Content/Curriculum%20-%20Robotics/Robo%203/Mod%201%20-%20Simple%20Machines/01_VEX%20IQ%20Building%20Best%20Practices.htm |
Simple Motorized LiftFor pdf version that allows zooming, click on link
For Google Slides version, click on link NOTE: Build instructions based on VEX IQ Curriculum; adapted from original curriculum video |
Build Instructions by VEX IQPre-made instructions for various robot designs. Remember, you will need to create a design that solves YOUR problem. These can serve to help you understand the components you may want to use to create your final design.
www.vexrobotics.com/iq/downloads/build-instructions |
Instructions for building VEX IQ Easy Bot designInstructions to build the VEX IQ Easy Bot by FLL Casts.
Source: https://www.fllcasts.com/materials/309-vex-iq-easy-bot#is-js-viewer |
Instructions for building VEX IQ Touch Sensor Bumper3D Model instructions to build a VEX IQ Touch Sensor Bumper by FLLCasts
platform.buildin3d.com/instructions/207-vex-iq-touch-sensor-bumper-by-fllcasts-in-3d-building-instructions |
Instructions for building two possible designs: Standard Drive Base OR AutopilotThe instructions to build the Standard Base Drive design OR the Autopilot design are part of the Instructions for building Clawbot. Check the table of contents in the document to understand which steps can be skipped.
PDF Document: content.vexrobotics.com/vexiq/pdf/228-3428-750-Clawbot-IQ-Build-Instructions-Rev10-20150901.pdf ONLINE Slide Presentation: education.vex.com/parent-wrapper.php?id=drive-forward-reverse |
Instructions for building Speed BuildInstructions to build a VEX IQ Robot by VEX
content.vexrobotics.com/docs/IQ-SpeedBuild.pdf |
Instructions for building Advanced Little TruckieInstructions to build a VEX IQ called Advanced Little Truckie by FLL Casts
platform.buildin3d.com/instructions/10-advanced-little-truckie-driving-class-test-robot-built-with-vex-iq |
Instructions for building VEX BasebotInstructions to build the VEX IQ Basebot. NOTE: This build uses pieces found in the VEX IQ 2nd Generation kits. These pieces are currently unavailable. If you build the Basebot, you will need to determine how to adjust the build instructions on your own.
content.vexrobotics.com/stem-labs/iq/builds/basebot/iq-2nd-gen-basebot-rev10.pdf |
Instructions for building miniVEX design
Robot Modification Help
Is one motor not providing enough power to move an attachment the way you prefer? Consider using motor groups to provide your robot more power (or possibly better control).
Building with VEX IQ Motor Groups kb.vex.com/hc/en-us/articles/360058622931-Building-with-VEX-IQ-Motor-Groups |
Attaching a motor or a bumper switch? Remember that when you use "Driver Control" on your robot's brain, each button on your controller is pre-programmed to operate a certain way. Ensure you have the new motor connected to a port that will run with the controller button you prefer.
Running Driver Control Programs - IQ Brain (1st gen) kb.vex.com/hc/en-us/articles/360035592512-Running-Driver-Control-Programs-IQ-Brain-1st-gen- |