Yes, CoDrone is compatible with Chromebooks! We currently have a Snap app, which you can download here. You can use that for visual block coding, for younger learners to get exposure to programming.

If it's text-based coding you're looking for and you're using a CoDrone Pro, there's also a way to run Codebender, which is essentially Arduino running in a web browser. It's a workaround, but we've had good luck using it. You can find our tutorial about it here on Basecamp: Using Arduino on Chromebook

@stemkids For most of the projects you make in Blockly, the generated Python code does carry over to PyCharm. With controlling the drone using arrow keys, we have a separate Python lesson on how to do it. It will not behave exactly the same as the Blockly one because Blockly uses Javascript and can continuously read keyboard commands. In Python, you will be writing code to request one input at a time. It is possible to write a program in Python that works just like the Blockly program but it is more advanced and is not included in our lessons.

Here are some lessons that can help!
CoDrone Mini lesson on user input and making a remote - https://learn.robolink.com/lesson/user-input/
CoDrone Pro/Lite lesson on remote control - https://learn.robolink.com/lesson/codrone-python-user-input/

@stemkids For most of the projects you make in Blockly, the generated Python code does carry over to PyCharm. With controlling the drone using arrow keys, we have a separate Python lesson on how to do it. It will not behave exactly the same as the Blockly one because Blockly uses Javascript and can continuously read keyboard commands. In Python, you will be writing code to request one input at a time. It is possible to write a program in Python that works just like the Blockly program but it is more advanced and is not included in our lessons.

Here are some lessons that can help!
CoDrone Mini lesson on user input and making a remote - https://learn.robolink.com/lesson/user-input/
CoDrone Pro/Lite lesson on remote control - https://learn.robolink.com/lesson/codrone-python-user-input/

@brad-nielsen Full Python editing in the browser can be tricky, so it’s something we haven’t tackled yet. We well revisit it in the future, but no immediate plans at this time.

In the meantime, you can check out our Python pathway on Basecamp, which uses PyCharm to do the text-based coding.
It’s located here: https://learn.robolink.com/course/codrone-with-python/

@saiful Hello again! If you really need the FPV camera, please shoot us an email at admin@robolink.com and we will see how we can help you further.

Chromebooks will sometimes uninstall and undo the flag setup and driver install especially if you are using a guest account. Check your settings and make sure the flags enabled stays enabled even after shutting down.

For future questions, kindly shoot us an email directly at support@robolink.com.

@saiful Unfortunately, we have already discontinued the general sales of FPV camera and we are not quite sure if there are any other vendors that sell the same/alike item.

You can use the laptops internal bluetooth for Blockly only, but you will need the BLE board for Python or Arduino programming.

For further questions/assistance, please directly shoot us an email at support@robolink.com.

@vangj Hello! We don't have the specs information of the motor. As for the replacement, if you can wait a week or so, we will get back to you with a solution.

On the top of the Smart Inventor board, there is a potentiometer which adjusts IR sensitivity. You can use a screwdriver to adjust it. Keep in mind it does not spin 360 degrees, so if you feel some resistance when adjusting the potentiometer you have reached the limit. See this diagram to locate the potentiometer: https://www.robolink.com/learn-smart-inventor-board/

For future questions, kindly send them directly to support@robolink.com.

@arnold_robolink should be able to answer this more accurately, but it should be around 4-5 minutes. Our recommendation would be to keep the drone indoors, because of the drone's size and weight—it's not great at wind resistance. So what we've found is that generally within the height of an indoor ceiling should be realistic. Unless it's a particularly high ceiling like in a large auditorium or a gymnasium, height shouldn't be an issue. Within 50 ft should be doable. That said, the footage from above of an indoor space may not be as epic as footage of a drone that can reliably handle outdoor flight. Hopefully that's helpful!