The guy makes a video to tell us he has figured out how to connect a servo to his drone. No instructions for how he did it.😒 Joshua Bardwell he ain't.....
What does it mean for a servo to be 6V, 7V4 and 8V2? Does it make a torque ramp, or does it only work with one voltage? For example, only 8,2V? Trank you
Using a higher voltage (like 8.2V) makes the servo stronger and faster, while a lower voltage (like 6V) makes it weaker and slower. It's designed to be flexible and work well with any of these power levels, so you can choose how strong or fast you want it to be. So you can use any any voltage that is close to the servo (typically) It's not restricted to a single voltage within this range, but its performance varies according to the voltage used, overpowering the servo will damage it though. But to sum it up, for testing I would use some cheep budget servos, then use higher end ones when you have the bugs all fixed, there are tons of servos and they all have different strengths so you just have to decide which one fits best, remember though they do have different strengths at different voltages, but they should tell you what strengths they are at the voltages!
So far for me I’ve been using them for dropping and I’ve seen that you can use them to also build a gimbal, but other than that I’m still not sure. I’m just testing these things out and seeing if they can help sometime in the future!
Do you know how to disable "automatic testing" of servos when turning on the betaflight quad? What I mean is that when I connect the battery, all the motors and servos make short movements. Can I disable this behavior for some connected servos?
I’m not fully sure how to disable that, I know for me only adding them to a switch and making sure that it’s precisely tuned for the servo, and a bunch of just messing around with it, hahaha But it might also depend on the Betaflight software (I’m using an older software in this video, V_3 I believe?) If you’re not able to fix it then you can use a different type of servo, because it may be part of the Betaflight startup process. Hopefully this fixes your issue, if not I’m happy to help!
It all depends on what FC you have, but for me I connected it through the ground and 5v (you can also connect it to the main ESC you just need to step it down) and then I connected the signal wire to an open receiver pad, It all depends on what board you have but Bardwell made a great video explaining how to connect it!
The guy makes a video to tell us he has figured out how to connect a servo to his drone. No instructions for how he did it.😒
Joshua Bardwell he ain't.....
shit video, what was the point
How do you wire the servo to the FC??? What kind of vid is this?
He explained absolutely nothing in this video.
you mentioned connecting it to an Arduino or RPi. is this separate from the FC? or is there a way to connect to open up options on the drone?
🎉 that is super cool touch your camera to to get different angles like the Mavericks
how did you program it like connect it to betaflight and make a button on the transmitter make it rotate
What does it mean for a servo to be 6V, 7V4 and 8V2?
Does it make a torque ramp, or does it only work with one voltage?
For example, only 8,2V?
Trank you
Using a higher voltage (like 8.2V) makes the servo stronger and faster, while a lower voltage (like 6V) makes it weaker and slower. It's designed to be flexible and work well with any of these power levels, so you can choose how strong or fast you want it to be.
So you can use any any voltage that is close to the servo (typically) It's not restricted to a single voltage within this range, but its performance varies according to the voltage used, overpowering the servo will damage it though.
But to sum it up, for testing I would use some cheep budget servos, then use higher end ones when you have the bugs all fixed, there are tons of servos and they all have different strengths so you just have to decide which one fits best, remember though they do have different strengths at different voltages, but they should tell you what strengths they are at the voltages!
Hi Zane! It is sounds really interesting. But what is the purpose of using servos on quads except dropping? Any good ideas?
So far for me I’ve been using them for dropping and I’ve seen that you can use them to also build a gimbal, but other than that I’m still not sure. I’m just testing these things out and seeing if they can help sometime in the future!
@@zaneshawdrones Same feelings. Big potential, but no reasonable implementation.
Camera tilt
@@amando96 Yes, I did it for my fixed wing FPV plane. But how to use it on FPV quad? I still don’t see any useful purpose
Also camera angle? If I want to switch from 25 degrees to lets say 15 I have to land, change it, and then fly off again@@SlavaSomov
Very annoying frame cuts in this video
Do you know how to disable "automatic testing" of servos when turning on the betaflight quad? What I mean is that when I connect the battery, all the motors and servos make short movements. Can I disable this behavior for some connected servos?
I’m not fully sure how to disable that, I know for me only adding them to a switch and making sure that it’s precisely tuned for the servo, and a bunch of just messing around with it, hahaha
But it might also depend on the Betaflight software (I’m using an older software in this video, V_3 I believe?)
If you’re not able to fix it then you can use a different type of servo, because it may be part of the Betaflight startup process.
Hopefully this fixes your issue, if not I’m happy to help!
So, how did you hook up the servo?
It all depends on what FC you have, but for me I connected it through the ground and 5v (you can also connect it to the main ESC you just need to step it down) and then I connected the signal wire to an open receiver pad, It all depends on what board you have but Bardwell made a great video explaining how to connect it!
HOWWW i am running on dji how how tuturial please
wana use it with a spray can for some ...stuff XD
Super
super weird monologue