@Ken They both give temperature readings but from different chips, one from the gyroscope and one from the barometer. They return the internal temperature of the integrated circuit, not of the ambient temperature where you are flying the drone.

@reggiehg Please send the calibration videos to leila@robolink.com. For the calibration, the remote should be off. If you are still having trouble you can go ahead and check if the button is damaged or missing by carefully removing the top half of the chassis. If you do this, remove the motors and guards first. Could you also send me the file for the IR sensor code that isn't working? For pairing multiple drones, pair one at a time using CoDrone.pair(Nearest). Label each CoDrone/controller pair with either a number, sticker, or color so that you know which are paired. The next time you want to connect, grab the same CoDrone/controller pair and make sure to use CoDrone.pair() with no parameters. This will ensure the controller only pairs to the drone it most recently paired to.

@idealist333 , Please send an email to info@robolink.com and someone will be in touch with you. Thank you for your interest!

One more thing. You can see which sensor data the drone can access from our documentation page. The last section covers the sensor functions you can use to obtain sensor data.

Hi @Guest! Sorry we didn't respond to this one for so long, not sure how it slipped through. You can find our lessons at basecamp.robolink.com. If you have the CoDrone Pro, you can follow the "CoDrone with Arduino" lessons or the "CoDrone with Snap" lessons. You will indeed be learning how to write the programs yourself!

Hi Ali: Basecamp lessons 1A-1G will help you with the onboarding for downloading software. Lessons 2 and up will go into a build for a project as well as some tutorials to help you get started with programming. Hope this helps!

Hi @Lee, welcome! Looks like @robolink_arnold answered your question already in the other post, but it should be from 5 - 8 mins, depending on how aggressively you're flying.

@Lee fully charged the battery should last 8 minutes. Let me know if you have any other questions.

@sean The following is how to do the CP210x installation on a windows computer. Connect your USB cable to your computer and your Smart Inventor Board. Place DIP switch 1 in the “ON” position and press the black button. This will make the blue LED flash! Next, click here to download the CP210x driver for your operating system. Click on "CP210X VCP Drivers". Scroll down to the section that matches your operating system.(This will vary depending on which version of windows you are using, the link I attached above is for Windows 7) Click on “Download VCP (5.3 MB)”. Unzip the downloaded file, make sure your controller is connected to your computer, and then open or run the VCP Installation Driver. After installation, open the “Device Manager” and click on the Ports (COM& LPT) tab. Pay attention to the COM port number! It should match the COM port that is listed in the Arduino IDE’s Port tab, which is under Tools > Ports.

@robolink_wes Hi Sorry i've just saw your invitation. I'm actually out of the office for a riad show and every evening I'm on stage from 7h30pm to midnight I will be off next Wednesday if its ok for you Let me know Thanks VL

Great! Talk to you then.

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Hi @arkyarky, welcome to the community! Glad you're having fun. Please let us know if you have any questions or how we can help you

Welcome Gary!

Hi @Eve! Welcome to the Robolink community. That sounds like a cool project! Let us know if you have any questions.