Anisoptera Racer
Description
English: The Anisoptera Racer Is A Nano Sized Fpv Racer With A Micro Scisky Board, 1 & 2S Batteries, Designed To Be Simply 3D Printed. Designed For The Drone Race Of The Toulouse Fablab Festival. Français: L'Anisoptera Racer Est Un Quadricoptere Fpv De Taille Nano < 60G, Contrôlé Par Une Carte Micro Scisky, Et Adapté Aux Batteries 1 Et 2S. Ce Modele As Été Conçu Pour La Course De Nano Drones Du Fablab Festival De Toulouse Et Imprimable Et Assemblable Simplement. 1S -> 47G 2S ->55G English:Parts List For A Nano Fpv Racer Set-Up : French: Liste Des Composants Nécessaire Pour La Fabrication De L'Anisoptera Racer Propeller/Helices -> <A Href="Http://Www.Banggood.Com/Jjrc-1000A-Rc-Quadcopter-Part-Propellers-1000A06-P-928073.Html?P=H82219784250201409Oc">Banggood: Jjrc 1000 Props</A> Motors/Moteurs -> <A Href="Http://Www.Banggood.Com/2-X-8X20Mm-Motor-For-Hubsan-X4-H107C-H107D-Rc-Quadcopter-P-87683.Html?P=H82219784250201409Oc">Banggood: Hubsan H107C Motors</A> Or <A Href="Http://Www.Amazon.Fr/Yacool-Hélices-Quadcopter-Rechange-Ensemble/Dp/B00Zud2Pfu/Ref=Sr_1_8?Ie=Utf8&Qid=1457743651&Sr=8-8&Keywords=H107D">Amazon: Hubsan H107C Motors</A> Control/Controleur -> <A Href="Http://Www.Banggood.Com/Micro-Scisky-32Bits-Brushed-Flight-Control-Board-Based-On-Naze-32-For-Quadcopters-P-1002341.Html?P=H82219784250201409Oc">Banggood: Micro Scisky Control Board</A> Or <A Href="Http://Www.Hobbyking.Com/Hobbyking/Store/__86503__Quanum_Pico_32Bit_Brushed_Flight_Control_Board.Html">Hobbyking: Quantum Pico Control Board</A> Batteries -> <A Href="Http://Www.Hobbyking.Com/Hobbyking/Store/Uh_Viewitem.Asp?Idproduct=24920">Hobbyking: 260Mah 35C 1S Batt</A> Or For The Brave 2S Seems To Work But Maybe Not For Long / Pour Les Plus Téméraire Il Est Possible De L'Utiliser Aver Des Batteries 2S Mais La Durée De Vie Des Motors Est Alors Trés Limité -> <A Href="Http://Www.Hobbyking.Com/Hobbyking/Store/Uh_Viewitem.Asp?Idproduct=26739">Hobbyking: 2S Batt</A> Cam -> <A Href="Http://Www.Banggood.Com/600Tvl-8_0Mp-14-2_8Mm-Cmos-Fpv-170-Degree-Wide-Anlge-Lens-Camera-Palntsc-P-984345.Html?P=H82219784250201409Oc">Banggood: Cmos 170Deg Cam</A> Osd (Optional) / Optionnel -> <A Href="Http://Www.Banggood.Com/Micro-Minimosd-Minim-Osd-Mini-Osd-W-Kv-Team-Mod-For-Naze32-Flight-Controller-P-990556.Html?P=H82219784250201409Oc">Banggood: Micro Minimosd</A> Av-Transmit/Emmeteur Video -> Preferably/Preferablement <A Href="Http://Www.Banggood.Com/Fx-Mm213Tl-5_8G-32Ch-25Mw-Wireless-Audio-Video-Av-Transmitter-Module-P-1045770.Html?P=H82219784250201409Oc">Banggood: 25Mw Transmitter</A> Or <A Href="Http://Www.Banggood.Com/Fpv-5_8G-200Mw-32Ch-Wireless-Audio-Video-Av-Transmitter-Module-Fx758-2-P-980317.Html?P=H82219784250201409Oc">Banggood: 200Mw Transmitter</A> And Finally A 33Nf Capacitor To Be Connected On The Video Power To Filter The Interference From The Engine. Configuration: Install Betaflight On The Controller: Https://Github.Com/Borisbstyle/Betaflight/Releases/ V0.9 -> Flat Bottom To Reduce Need For Support V0.8 -> V0.7 Became Very Hard To Destroy, But I Finally Managed Tot Do It For Here Is V0.8 With Some Strength Improvements. V0.7 -> Arm Base Reinforcements Again, Engine End Stop Reinforcements, Transversal Bar Adaptation V0.6 -> Arm Base Reinforcements & First Fpv Videos V0.51 -> Update To Resolve Printing Issues, James Dean Version Very Intense Life But Short Holding Of Motors, Size Reduced, Battery Space Adapted To Hold 1S 750Mha V0.5 -> Fuselage Resize For 2S 300Mah Turningy Bat V0.4 -> 9.8G -> Fuselage Resize, Arm Attachments Resize V0.3 -> 9G -> Motor Wire Passage Adapted Again, Arm Reinforcement Reduced, Better V0.2 -> 11.7G -> Motor Wire Passage Adapted, Battery Space Adapted, Arms Reinforced. V0.1 -> 10.0G -> Initial Model Made In Fablab Artilect: Https://Artilect.Fr/Dronelab/ Https://Youtu.Be/Rcjchmlqvyw Https://Youtu.Be/Pnofi0Aopti Https://Youtu.Be/Dbokuyc3Jxq Https://Youtu.Be/Y-Fjjdxfxks
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