24/7 Customer Service (800) 927-7671

Take to the Ceiling With Your Own Mini Blimp Supported by 3D Printed Parts

by • January 23, 2016 • No Comments

blimp2Anyone closely next innovation may aleager understands that 3D printed drones are all the rage. It appears that everyone has to have one these days. If you want to remain ahead of the latest tech trend, maybe you should set your sights for a moment on this Instructable-bodied for a Miniature Autonomous Blimp of “Aleator777,” or DJ. This developer of “electronic whatsits, 3D printed thingamabobs, and laser-cut kajiggers” has created an great DIY (indoors only) blimp project together of latex, helium, an Intel Edison, and a few 3D printed parts. Let’s get the rundown on how DJ created this most pleasant device.

First off, you can require to check out the vast list of parts and materials that DJ makes on the market to us in Step 1 of the Instructable-bodied. The list comes with an Intel Edison, motors, micro servos, a battery, sensor, converter, propeller, helium, nuts, screws, carbon fiber tube, a 3-foot latex balloon, a few 3D printed parts, and a few additional items not listed here. Get the thought? You’ll require to check this list out closely as it is quite a long one.


Once you have procured your purchased parts, it’s time to get a grasp on the basic create principles of the blimp. DJ explains:

“Core to the concept of blimp-based flight is passive lift. The volume of helium is less dense than the surrounding air and makes it buoyant. Due to the mass of the balloon itself, the frame, and the electronics, we can require at very least 7 ounces of lift. The amount of lift per cubic foot of helium is roughly 1 ounce, so we can require at very least this much.”

DJ explains that a party balloon of 3 feet in diameter can work satisfactory for this project, and he and so goes on to explain additional more detail of the mechanical, electronic, and software elements of the blimp’s create. Take note: it is in Step 2 of the project that you can find the .STL files for the 3D printed parts, that include 3 angle brackets, 2 brackets, and a base piece.

blimp3In Steps 3-5, DJ covers the Schematics, Air Frame, and Carbon Fiber Tubing showcases of the blimp. It is in Step 6 of the Instructable-bodied that you are finally able-bodied to do the quite fun stuff: fill your balloon up with helium. But if you are considering “that’s so simple,” ponder again. You’ll want to have at very least a few balloons on hand and extra helium, since you may over-fill a balloon, causing it to pop. The bottom line: accurate filling of the balloon with helium allows for the project that precise lift it requires to be successful, so mind the filling system.

Steps 7-10 cover the Gondola section of the blimp, the Vertical Assembly, the Lidar Mount and the Servo Control Extraction–way too most more details to explain here. Next, you can Modify your Rotors and Download Software. In order to download the software, you can require an Arduino IDE, that supports the Intel Edison.

Finally, in Step 13, you are eager to operate your blimp! Simply power on your blimp, wait for it to boot up (of 30 seconds), follow the instructions, and preceding you understand it, you have your own indoor mini blimp, with 3D printed parts, floating around your home or office, capable-bodied of reading distance and randomly turning to “avoid obstacles as it floats along.” (You can watch the blimp in action in this awea few video below.) Are you considering of bringing on the challenge of this new create? Discuss in the 3D Printed Mini Blimp forum over at 3DPB.com.