The only disadvantage with the Y6 frame for my purpose is the less efficiency.īecause the lower propellers in the coaxial construction is working in the air flow from they will be less efficient. Propeller workaround for Y6 hexacopter frame The Y6 frame I bought was 1 000 mm, but it’s also available in a 750 mm extended version and a 650 mm standard version. I figured that I can handle longer arms because in the air it’s only an advantage, and on the ground I will fold it. It was extended though, so I would get more stability. So eventually I ended up with a foldable Y6 carbon frame. Less stable at equal arm length (but it’s easier to have long arms on foldable a Y6 frame).Īs you can see, the Y6 frame was the better alternative from my perspective. + Redundancy in case of a motor failure thanks to the coaxial construction. + Easier to see the orientation when it’s up in the air. + Larger field of view thanks to fewer arms. ![]() ![]() + Less weight (will partially compensate for the efficiency loss). Beautiful, gracious and elegant as well as murderous and totally bad ass! The Y6 hexacopter frame has even more advantages. No redundancy in case of a motor failure. Hard to see the orientation when it’s up in the air. Smaller field of view because of more arms. + More stable at equal arm length (but a flat hexacopter frame doesn’t fold as well as a Y6) Since no propellers are working in down going air. The flat hexacopter frame has some advantages. They both have six rotors but still they are very different. I was primarly thinking of two different multicopter frames, both hexacopters. E g the carbon camera mount and the flight controller mount will get some vibration dampening. Carbon will also probably crack if you crash it hard, while aluminum will bend.īut for my needs, I rather have a strong light weight multicopter frame, and then add some vibration dampening where needed. Compared to aluminum, carbon is a bit stiffer and will not absorb vibrations as well. At the time the extended Y6 frame was not released.Ĭarbon is ridiculously strong and it’s also very light weight. I have previously written briefly about the foldable flat carbon hexacopter frame that I was planning to buy. After analyzing my needs I decided to buy a foldable Y6 carbon frame from RC-carbon, along with a servo stabilized carbon camera mountand carbon landing gear. Yesterday I ordered the multicopter frame for my larger multicopter that I will use for aerial photography and videography. The one I ordered is larger though, extended to 1 000mm. ![]() FEATURESĢ) Light weight, stiff and stable, long flight time: 44 minutes with 2KG payload.Full carbon Y6 hexacopter frame från RC-carbon. YD6-1000S arm connector is using special compound material:industrial plastic with glass fiber.This compound material features high strength and flexibility,which can stand high frequency vibration created by the motors in the air.įurthermore,with a glass fiber canopy,the GPS signal will not be blocked.Its detachable frame arm makes YD6-1000S very easy to carry and easy for maintenance.Īnother very useful feature is its waterproofness and dustproofness,which enable the drone to fly under most weather conditions,like rainy days.In this case,it is an idea tool for police security monitoring,fire fighting,emergency research and rescue. Its one-time forming carbon fiber reduces weight while still keep the stiffness,which makes it stronger and lighter for long time flying tasks: 44 minutes with 2KG payload. The Hexacopter frame YD6-1000S comes with many great features.
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