Thank you very much. I have learnt from you too much. I make project using microwave motions sensor to detect human behind the wall . Is there anyway to measure the distance of the human from the wall while moving. Appreciated
Cool video man. I'm building a bot for an all ages stem course I'm teaching for a non-profit. It's in my drawer of arduinoesque sensors you can't get 6 pieces for 10 bucks. Is it worth looking into you think or buy one of the better ones while I can still send this one back? I'm currently finishing up the bno055 visualization data in vpython to see if I need it. What a time I had getting that bno. Made me brush up on my math though haha.
The sensor itself measures distance. I have another video on this channel showing an example project for 360 degree coverage with this sensor, which is like the first step in mapping.
Hi. Thanks for watching! The main transfer of information is being done via I2C communication. The ESP 32 supports this via GPIO 21 and GPIO 22. Therefore it is possible. You still need to make sure you properly power the sensor.
Are you saying you are leaving pin #5 disconnected? If so, that means that you are using the sensor in Serial port Communications mode instead of I2C mode. In that case, you shouldn't connect the sensor to the Arduino I2C pins.
This is a great tutorial, i was able to get it working in less than 5 minutes
Glad it helped. Thanks for watching!
Can't wait to buy it and put it in the drawer next to the others sensors I never got to use 😅
You all know what I mean, don't act like you don't 😅
Gracias por tu video, como se comportará el sensor a nivel milimétrico? Servirá?
Gracias por ver el video! La presicion es +/- 6cm en el rango de 0.2m - 3m, y +/- 2% en el rango de 3m - 8m. Osea definitivamente no es milimetrico.
I'm using this with a Pro Micro board but my values are all the way maxed out, and out of range, all of the time. Could this be because of low light?
How does it perform when measuring at an angle ?
Thank you very much. I have learnt from you too much.
I make project using microwave motions sensor to detect human behind the wall .
Is there anyway to measure the distance of the human from the wall while moving.
Appreciated
My code is going into print status and the status is "I2C-WRITE" do you know what I'm doing wrong to get that? I double checked the cable connection
Cool! Congratulations 👏
Thanks! 😃
What is the width of the cone it sees?
can i use this on a samsung phone with tha app scanner 3d via usb??
Cool video man. I'm building a bot for an all ages stem course I'm teaching for a non-profit. It's in my drawer of arduinoesque sensors you can't get 6 pieces for 10 bucks. Is it worth looking into you think or buy one of the better ones while I can still send this one back? I'm currently finishing up the bno055 visualization data in vpython to see if I need it. What a time I had getting that bno. Made me brush up on my math though haha.
Does it work for mapping ?
The sensor itself measures distance. I have another video on this channel showing an example project for 360 degree coverage with this sensor, which is like the first step in mapping.
Does it work with ESP 32?
Hi. Thanks for watching! The main transfer of information is being done via I2C communication. The ESP 32 supports this via GPIO 21 and GPIO 22. Therefore it is possible. You still need to make sure you properly power the sensor.
can you give me the link to the code pls
thank u
Hi, thanks for watching! The link is in the video description.
@@diyengineers thank u
do I really have to connect the I2C pin to the ground? I am using the 4 first only
Are you saying you are leaving pin #5 disconnected? If so, that means that you are using the sensor in Serial port Communications mode instead of I2C mode. In that case, you shouldn't connect the sensor to the Arduino I2C pins.
@@diyengineers Yes, can you please do a tutorial for that as well.
also I amplanning to use two lidar in one arduino uno, can I use the hardware serial and the software serial? for themboth to work
a perfect video, we love you, marry me
yes
LOL! Thanks for watching!