Mobula7 - THE BEST UPGRADE YOU CAN MAKE

thingiverse

If you enjoyed this project and want to say "Thank You" please consider supporting me by sending a tip on thingiverse or my PayPal here. My frame weighs 10.8 grams, making it just 3.7 grams heavier than the original one. In my opinion, it's worth it because you get a much stiffer frame, which means better handling in the air and a lot easier to fly. Another benefit is that it's modular - you don't have to move all the parts to a new frame when you break a prop guard; just print a new one and install it without touching the PCB or motors. This frame is 68 mm so it's also smaller than the original frame. Expect to precisely organize your wires, etc., in order to make everything work fine. I've changed the original props for these ones: http://bit.ly/2O1RBe6 - one such propeller weighs 0.43 grams; an original prop weighs 0.92 grams, meaning you save almost 2 grams just by changing them. These are also much cheaper than originals and with these props this drone flies so much better! It reacts a lot faster, flies faster, and handling in the air is even better. If you want to buy Mobula7, you can do it here: http://bit.ly/DronMobula7 --- Print every frame part using PETG except for the battery holder. The battery holder should be printed with flexible material and then glued to the frame; use some sandpaper on the frame to achieve better adhesion. The batteries should be at an angle of 90 degrees to the front of the vehicle, so they won't come out when you hit something with the front of the vehicle. You need to have your 3D printer well calibrated in order to achieve good results - print it with a 0.4 diameter nozzle and extrusion width. Video: coming soon. If you have problems printing this model, these links may help you: - I3 Mega ULTIMATE upgrade guide - there's a lot of knowledge that may help you get the best 3D printing results; find it here: http://bit.ly/2OVbu5Z - If you don't know how to calibrate your Flowrate, check this guide: http://bit.ly/2V2uXEF