My ESC on the AGV says do not use a battery above 3500mah (something like that maybe a bit greater. I peeled the sticker off already) with it. (there was a little sticker under the battery that said this, i took it off a while ago). Well this limits
Something i would like to add to my AGV is to the ability to tell it to go 100 ft forward on your current heading, or 50 feet at the heading of 60. So i wanted to ask if there was a formula for this before i make it myself. Basically what i am lookin
I have 2 xbees that are set to 115200 baud. I am just sending the word "hello" from my arduino over a xbee to a xbee plugged into my computer with the arduino serial monitor open. I send the word "hello" every second. It shows up on my computer scree
They have GPS libraries for Arduino which are fun to play with but not too easy for some one like me to try and make a UGV with. I think it would be a cool idea for diy drones to have code that would just give like distance to your next GPS point and
Is the full expansion shield really required or just the sensor. They sell both but i never heard any talk of anything but the shield. Im in high school so any thing to save a buck ;).
So there are going to be replacement sensors for the thermopiles i hear. Are they not going to be the Arduimu? They say they are going to analog and i know arduimu is serial. But i also hear 2.5.1 code will use arduimu. So are there going to be repla
ok im using 2.0 code and i wan to know what do i have to change in the code and what to change it to if im using input 4 instead of input 2? Im doing this because some solder filled a hole in input 2 and now i cant get the solder out so instead im us
I have no x sensor or expansion shield, so do i need to change anything in this part of 2.1 code#define SENSOR_Z 1#define REVERSE_X_SENSOR 1 //1 = cable behind, 0 = cable front#define REVERSE_ROLL 0 //To reverse servo roll#define REVERSE_PITCH 0 //To
first i am wondering if i need to change anything in the code for manual control. I download the code with no error but fail to have manual control. I have control of the motor because that is plugged directly into the rc receiver. I am using a 2.4gh
If a rc receiver has a operational voltage of 4.8-6v would my 8.4v battery work with it? could it fry?i dont get why most rc receivers have a small voltage rating that are lower than the batteries have. I am looking at 2.4ghz transmitters and receive
I know i am not following the Ardupilot manual, but i have a 3 channel remote controller that came with the plane i bought. Now i am using this for cost issues. My question is if i can have the plane go into UAV mode when say the receiver stops getti
why is this code better than the first code? they are both autopilots and they use alot of the same parts.Why is it needed to have airspeed sensor? I know the first code is cheaper.