![]() ![]() Connect the motors and ESC’s don’t worry about how to connect them now, just do it we’ll take care of the directions and connections later. Your frame should look something like this at this moment:īeginning to see the light at the of the tunnel now? Great! The next step should be pretty straight forward. After that simply glue the piece of rubber on to the inside of the bottom plate and mount the arms with some 4*25 mm bolts and locking nuts. Now you need to use hot glue and mount the power distribution board on a small piece of rubber to avoid anything being disconnected or shorted as it’s being mounted on metal. This way you can take som 3*16 mm nylon screws a little piece of some soft foam, and mount the kk board that way. Mark up the holes of the quadcopter and drill some 3 mm holes. Now you need to lay out the KK-board in the middle of the upper aluminum plate pointing the way you want to be the front of the quadcopter (Note the KK-Board has an arrow pointing towards the front). ![]() You of course have to drill some matching holes in the 4 arms. The middle of these holes should be at a 90 degree angle to each other. Now you need to drill a hole 20 mm up each corner. ![]() The next thing you need to do us to cut out 2, 120 mm * 120 mm * 2 mm aluminum plates. Mine are as you can see in the picture below 15 mm. You also need to figure out the width/height of your square arms. The next thing you need to do is to make a frame – (unless you bought a frame of course!) You need to cut 4 arms in aluminum – (or whatever material you are going to use) – which is the equal length.Īs you can see my arms are almost 34 centimeters (33.8 to be exact). Remember to put heat shrink around them to make it “shock” proof! When you soldered all the Bullet connectors on check all you motors and ESC by connecting you ESC’s and motors (1 and 1) and plugin the ESC to the receiver channel 3 (throttle) and connect a battery. Otherwise you could get a pretty bad “shock”! I use 3.5 mm bullet connectors and soldered them on like this: And do always remember to put the male connectors on the motor and the female on the ESC. The next thing you need to do is to solder on some bullet connectors to the motors and the ESC’s. And the leads the are soldered on to the board is the way you should solder on an ESC, or connect an ESC to those leads. This is the option i chose to use for my quadcopter. An example of a power distribution board could be this: Here you should be very aware careful about the polarity. This could either be a wire harness that provides power to all the ESC’s, or it could be a so called “power distribution board” where you’ll solder on some wires that goes down to your battery, and then solder the 4 ESC’s to the board. Now, lets get on with the actual building shall we? Great! The first thing you are going to do is to make your power distribution thing. HobbyKing KKv2.1 Quadcopter controller board.ġ5,2 mm Aluminum. KK multicopter controlboard v5.5 with Xcopter configuration. Hobby King 2.4Ghz 6Ch Tx & Rx V2 (Mode 2)Ĭontrol board + power distribution board: Slow Fly Electric Prop 11×4.7SF RH Rotation (4 pc) HexTronik DT750 Brushless Outrunner 750kv You could of course take a look int the “Parts” section above and look what i used for my quadcopters, or you could just look at the links below: The first thing you need to do is to get the parts you need for your quadcopter. ![]()
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