🛒 XF Robot C-20T Gimbal - ban.ggood.vip/15cjO coupon code - BG5abd7f Arduino O3 Armer - amzn.to/4fhSJoP github page here - github.com/ramiss/arduino_DJI_03_RC_ARM If you can't figure that out, get the one from GETFPV here - rb.gy/6qpgyu
I have seen a couple slightly different models of 3 axis FPV gimbals come out recently and they are being sold from multiple companies. The biggest difference I can see is how they mount to something. Which version do you think is the best for rc cars, and specifically for crawlers?
Man that stabilization looked really good!! Just a little confused, you need to purchase both the 03 kit and the accessories correct. I don't think the 03 kit comes with the headtracker
Yes, you can see what is selected at about 0:40 in the video. The accessories kit is what the head tracker comes with. You have to purchase that separately. Go to the product page and click the different options and it shows you what they are.
I have a couple of these. What I thought was odd was the gimbal will roll with the head tracker but you can't adjust the roll with using a PWM (servo output) channel. The serial input from the head tracker allows more control than using PWM channels. In case it's not obvious, it's not a good idea to try to fly FPV using the head tracker on a quadcopter. I found this out myself. I now use a second O3 statically mounted to the quad and let others be the passenger using the head tracker.
You don't have to use the RF device which comes with the head tracker. If you have a serial RF link (like a Mavlink radio), you can use that with the head tracker. You can also use the trainer port on your controller to receive data from the head tracker. It sends the data via a PPM pulse. I haven't got this working myself, but I've observed the pulses on an oscilloscope so I know the signal is there.
🛒 XF Robot C-20T Gimbal - ban.ggood.vip/15cjO
coupon code - BG5abd7f
Arduino O3 Armer - amzn.to/4fhSJoP
github page here - github.com/ramiss/arduino_DJI_03_RC_ARM
If you can't figure that out, get the one from
GETFPV here - rb.gy/6qpgyu
So cool, seeing the steering wheel turn is so awesome. Video is so stable as well. Oh no the pin broke, was cool while it lasted. Great video!!!
Yeah this is really cool. The video is so smooth even on that rough surface.
That DIY O3 armer is interesting. Can you make a video about it?
Awesome ride, Albert! 😃
The footage is so smooth! Thanks for the review!!!
Merry Christmas!
Stay safe there with your family! 🖖😊
I have seen a couple slightly different models of 3 axis FPV gimbals come out recently and they are being sold from multiple companies. The biggest difference I can see is how they mount to something. Which version do you think is the best for rc cars, and specifically for crawlers?
Very cool, This is just plain old fun. A great review. A very fun addition.
That's really cool. I just got a mount for an O3, want to put it on my 4x4 Machete. That gimbal will be an excellent addition to my rig. 💪😎
Man that stabilization looked really good!! Just a little confused, you need to purchase both the 03 kit and the accessories correct. I don't think the 03 kit comes with the headtracker
Yes, you can see what is selected at about 0:40 in the video. The accessories kit is what the head tracker comes with. You have to purchase that separately. Go to the product page and click the different options and it shows you what they are.
@AlbertKimTV appreciate it!
I have a couple of these. What I thought was odd was the gimbal will roll with the head tracker but you can't adjust the roll with using a PWM (servo output) channel.
The serial input from the head tracker allows more control than using PWM channels.
In case it's not obvious, it's not a good idea to try to fly FPV using the head tracker on a quadcopter. I found this out myself. I now use a second O3 statically mounted to the quad and let others be the passenger using the head tracker.
You don't have to use the RF device which comes with the head tracker. If you have a serial RF link (like a Mavlink radio), you can use that with the head tracker.
You can also use the trainer port on your controller to receive data from the head tracker. It sends the data via a PPM pulse. I haven't got this working myself, but I've observed the pulses on an oscilloscope so I know the signal is there.