I have spent most of the day today going back to square one checkingeverything from solder joints and wiring, to checking code options andreloading all code on the Ardupilot and the ArduIMU+ V2.
The following is a summary of what I have and what has b
I am still scanning through all the posts on the rules and regulations so please be patient with me if I hit on anything previously posted. It is the intent of this post to gain some guidance in regards to light UAV operation in regards to aerial pho
What is the correct behavior of the LED's on the Ardupilot board (red board) running code v 2.6 beta, with the Ardushield V2 (blue board), and an ArduIMU+ V2 code v 1.6.
After initial startup the YELLOW led is solid and the BLUE gps lock led is blinkin
I see a couple of v1 ArduIMU's in the store. Board only, no sensors. I'm trying to find the sensors so I can see if this is something worth buying to play with...
While day-dreaming today at work (tedium, tedium, tedium...) I was thinking about the influence satellites low on the horizon have when calculating altitude in the z axis. When the aircraft is in a level flight attitude the GPS antennae will be point
Ok, so I was researching the RQ-11 Raven, as I'm thinkinig about designing a plane based on it, but discovered a new one. The Lockeed Martin "Stalker. I really like both planes, but prefer for FPV work, the clean nose of the Raven. As for building
I've been enjoying DIY Drones for quite a while, but I think this is my first post. Although I’ve been flying helicopters and quads for a few years and I’ve been doing embedded programming forever, I have only recently gotten into Arduinos.
I was wondering if there are any tips out there for making the drone last as long as possible in the air. I'm sure keeping the weight down is important, but might there be any words of wisdom on build a craft that can stay in the air for long periods