I just want to maintain the particular hight n hover on that hight without moving aways.Add GPS capability. Drifting with the wind is normal unless you add GPS to maintain position.
If designed for indoors, and only wanting height... a sonic or IR sensor directed at ground may work.I just want to maintain the particular hight n hover on that hight without moving aways.
No I made it for outdoor bt for testing I test it in indoor.If designed for indoors, and only wanting height... a sonic or IR sensor directed at ground may work.
Depending on your intended "Indoor" use, if this is for large open stadium or room with altitude higher than sensor's specified limits (10-15m) may require higher caliber sensor or different style: laser, radar, etc.
It's larger project it weight around 36 kg n flying in mile autonomousIf designed for indoors, and only wanting height... a sonic or IR sensor directed at ground may work.
Depending on your intended "Indoor" use, if this is for large open stadium or room with altitude higher than sensor's specified limits (10-15m) may require higher caliber sensor or different style: laser, radar, etc.
There is no any joystick in this drone.Another consideration;
All motors must be spinning EXACTLY the same RPM's, even the tiniest difference in RPM will cause drift with out GPS.
Without GPS wind (rotor wash) from the props will push your drone. and of course joystick calibration could be slightly out.
I'm sure you have taken these in consideration.![]()
Then what should I do ..You may need to add a Flow Sensor (a camera that reads ground patterns and detects movement. The output is used to compensate and hold lateral position.
The Lidar should be good for reading your altitude, but with a UAV weighing 36kg flying indoors may prove tricky as there will be a lot of turbulent air from the rotors to keep something that heavy aloft.
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