DIY Drone - Fly it for less than 100 $
thingiverse
If you have a 3D printer and want to build and fly your own drone for under $160, just print this thing! Here's a video of our drone flying: https://youtu.be/_6sJGYEiRxY Print Settings Rafts: Don't worry about rafts; they're not necessary. Infill: Use 15-20% infill to achieve the perfect balance between weight and strength. Post-Printing Hardware/electronics to buy: You can purchase these parts from any brand, but we used the following: Brushless motors: http://rebrand.ly/motors ESC: http://rebrand.ly/ESC Battery (11.1V - 2200mAh): http://rebrand.ly/battery_2200mAh Power Distribution Board: http://rebrand.ly/PDB Charger: http://rebrand.ly/charger Propellers: http://rebrand.ly/propellers Radio Transmitter/Receiver: http://rebrand.ly/Transmitter Mother board (Naze 32): http://rebrand.ly/Naze32 If these parts aren't available in your country, check this website: http://rebrand.ly/Parts Assembly: Now that you have all the parts, it's time to assemble the drone! Here are a few links to help you with that part: Step by step guide (skip the first 2 steps): http://rebrand.ly/Assembly_Guide Facebook group (16,000 members to help you): http://rebrand.ly/facebook_group Youtube channel (with some helpful tutorials): http://rebrand.ly/Youtube_Tutorials Last step... Yeah, you did it! Now find an open place without wind, and if it's sunny, FLY YOUR DRONE! Enjoy! Educational Project Designing this drone was part of a science project. Scroll down for more details. Standards NGSS and CCSS are the standards used in this educational project. Overview and Background Why did we design this? We needed to find a subject for our science project, so all group members chose to design, build, and fly our own drone because we were all fans of this concept. That's what we did! A behind-the-scenes view on designing the drone... Lesson Plan and Activity For over 4 months, each week we had two hours to work on this project, and we proceeded as follows: Designed the drone (about 3 x 2 hours) Search + find the parts needed & order them (about 2 x 2 hours) Re-designed the drone to adapt it to the parts we bought (about 2 x 2 hours) 3D printed the drone (overnight) Assembled the drone (about 2 x 2 hours) FLY THE DRONE! Materials Needed Check "Post-Printing" Tab for the full list Duration of Lesson About 10 hours
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