You can see different videos of Feather Squared in flight down below. This version of the Feather will include a 150mah 1s battery. There is no other RC glider this scale, size and this weight class that will perform like the Feather² Squared.i guarantee it The glider can be flown at any park or hilltop with 0-15mph winds. The wings are covered using light weigh tissue paper and glue stick, both included in the kit with different colored trim. This is a kit version comes with all the accessories to finish the glider including a step by step HD video build guide that will take you through the process of putting the glider together, a very easy and fun build.Ī very fun and easy building process using quality precision laser cut airfoil ribs, laser cut rudder and elevator tail feathers with laser cut control horns and launch peg housing. Practically unbreakable, the Feather’s ultralight signature weight and carbon fiber reinforcements allows for even the hardest crash landings without a single scratch or dent. Using 10 mini airfoil ribs along each wing panel, with the last two foils modified for slight wing twist change aka washout, allowing for better lateral airflow. The Feather² was designed with simplicity in mind, using under chambered airfoil section with paper thin trailing edge design making the model float without effort.
3dlabprint 10 per plane full#
Experience the unique pleasure of taking full control of this slim 43+- gram balsa and carbon fiber 2ch model directing flight straight into thermals effortlessly.
Take graceful flight with this ultralight weight micro radio control RC DLG glider. Gliding at slow speeds gives stability and plenty of time to react. Flying the Feather² glider can be a very peaceful and relaxing experience. At a tender weight of 43-50 grams, attractive design with built-up balsa and carbon fiber wing, catching thermals at your local park has never been easier. No other radio control glider this size and scale will perform like the Feather² Squared. The flying weight of an airplane/glider plays a crucial role when it comes to lift as most DLG gliders or rc gliders are not manufactured and designed with weight in mind. The fundamentals of radio controlled gliders for officiant lift has been lost and overlooked in today’s model RC gliders and RC airplanes due to heavy molded aircrafts. Finding that perfect thermal can no longer be such a challenging task with the Feather² Squared micro discus launch glider.
what's an external perimeter? what's a bottom solid layer? what to draw first? etc.Feather² Squared has been a year long project of mine, keeping my sense of design towards gliders with the least amount of weight.
3dlabprint 10 per plane code#
It's not just a matter of mesh processing code it would significantly affect the rest of the internals as much of the existing semantics would need to be adjusted (i.e. This needs a bunch of significant test cases, and sound proposals. What about "Alternative handling of nested solids or non-solid walls"? There could be an option or an interactive prompt when such objects are imported in the plater. So let's try to figure out what a proper feature request would be. Moreover, I have to admit I eased workarounds and tricks also in other features of Slic3r so I do see the value in allowing shortcuts.
But I understand that end-users bring a variety of test cases, especially when they are customers and not advanced users. And it looks like didn't even test my basic opinion is that bad solids should be fixed at CAD level and people should just learn proper usage of CAD programs. Well, this issue has a bad title and poor information.
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