Hexacopter Multicopter 3D Printed

thingiverse

Here is the text spun with a new twist: This sleek MK3 model is waiting for you online, exclusively on Thingiverse: https://www.thingiverse.com/thing:2895964. The latest 710mm Hexacopter boasts six sturdy arms and can be yours for a glimpse into its fascinating design at http://blog.lowres.xyz/. Everything on this magnificent copter gets printed in precision, one PLA detail at a time, including the motors, frames, and everything in between (even those vital carbon fiber bits!). With an incredible 710mm distance between motor centers, six swift 800kv motors hum along as they lift and stabilize this marvel of tech. A pair of reliable 5000mAh LiPo batteries fuels it all for a breathtaking 30-minute flight time, taking on up to 23 minutes of thrilling stunts or gentle cruisers with the added stability provided by your trusty GoPro camera. You'll reach breakneck speeds of about 85km/h, but this baby's got plenty of room for carry-on items - approximately two Kilograms, just a fraction of what you can lift! To propel its impressive flight skills, six precision-tuned 11x5 propellers spin along in perfect harmony. A seasoned expert, the onboard APM 2.6+ navigates using cutting-edge GPS to pinpoint every move. Ensuring your flight stays stable are special vibration-dampening balls nestled between rubber, all cleverly embedded inside for maximum support. Supporting the six perfectly spaced 16mm carbon fiber arms and even legs with robust struts made from top-grade nine millimeter carbon fiber materials means zero room for doubt. As it securely attaches to its surroundings via trusty 4mm aluminum pins. However, in a welcome upgrade (aptly titled 'Copterhub v27 Updated' you can now find on Thingiverse), these clever hub updates swap secure nuts/bolts that firmly connect all arms together. All this thanks to smart, vibration-reducing hardware keeping all snug. Ready for the most fantastic features? * Newer MK3 Version at https://www.thingiverse.com/thing:2895964 * In-depth settings details here * A comprehensive walkthrough at: http://blog.lowres.xyz