I had to completely redesign the drone because the board’s irl dimensions didn’t allow the previous alignment. I then redesigned the drone so that it’s still a pusher, but now it has more space for the board and the other components. I also added a dedicated battery compartment. I also got the weight down to 38g.
I noticed that the o4 mounting was not adhering well so I increased thicknes and changed the slicer settings so that it had a higher temperature. Below images of the reprint and the first failure.
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I added this spacer so that i can use 30mm screws to mount the stack and keep them from interfering with the o4 mounting. Its still not to the actual measurments and i will probably have to add something for the battery to it.
i finished working on the camera and battery mount (basic) the drone will be pusher so the stack mount will act as a base and the camera and battery will go on top.
I began by changing the design from long range to a freestlye drone mainly because of the budget, since i was not sure if the drone would qualify for x tier funding. for this drone i have most of the components so it will be cheaper to fund.
Pushed the github repo and made sure that all of the necessary files where on it.
Final build of the drone. it now properly fits all of the components and I will do a flight test tomorrow. as seen in picture now fits battery and camera components
built the drone for the first time. It all fitted but i didn’t account for a port that doesn’t let me put the battery in. All other changes from v1 worked perfectly
Made the first version of the drone. it will be pre tensioned so that it flexes less during flight. it also has a removable propeller guard for indoor flying and it can be removed for outdoor freestyle. It is the first pring to see if it is properly designed and if the tolerances fit .
