y6 hexacopter 3d models

https://www.thingiverse.com/apps/customizer/run?thing_id=46095 Using the following options: x4 angle = 0 x6 angle = 0 z7 angle = 0 x10 angle = 0 length of Arm = 17 z1 angle = 0 x9 angle = 0 x7 angle = 0 x5 angle = 0 shape = 30 z4 angle = 0 inside...

Options Used: y5 angle = 0 y4 angle = 0 z7 angle = 0 x3 angle = 0 x6 angle = 0 x10 angle = 0 z10 angle = 0 y6 angle = 0 y10 angle = 0 z3 angle = 0 x4 angle = 0 y8 angle = 0 z1 angle = 0 inside radius = 1.6 x5 angle = 0 y9 angle = 0 shape = 30 length...

Set Y4 to 315 Set X9 to 0 Set Z6 to 0 Set Y2 to 45 Set Y1 to 90 Set Outside Radius to 2.5 Set Z2 to 90 Set Length of Arm to 12 Set X7 to 0 Set Z5 to 0 Set X3 to 0 Set Z3 to 0 Set Y5 to 0 Set X8 to 0 Set Y9 to 0 Set Y3 to 270 Set Z4 to 0 Set Y6 to 0...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: z1 angle = 0, shape = 30, y8angle = 0, length Of Arm = 15, x5 angle = 0, x9 angle = 0, x1 angle = 90, z9 angle = 0, y10 angle = 0, y4 angle = 0,...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following settings: Angle at Z1 = 330 Degrees Shape = Hexagonal Y8 Angle = 0 Degrees Length of Arm = 10 Inches X5 Angle = 30 Degrees X9 Angle = 60 Degrees X1 Angle =...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: z4 angle = 0 x1 angle = 90 y5 angle = 0 x5 angle = 0 y2 angle = 0 inside radius = 1.6 x2 angle = 0 y9 angle = 0 y6 angle = 0 x6 angle = 0 x8 angle...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: x6 angle equals zero x10 angle equals zero x4 angle equals zero y2 angle equals zero z4 angle equals zero x7 angle equals zero x9 angle equals...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: z9 angle = 0 x2 angle = 0 y10 angle = 0 y2 angle = 0 y5 angle = 0 y8 angle = 0 x9 angle = 0 x7 angle = 0 x3 angle = 0 Length of arm = 70 y3 angle...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: y9 angle is set to 0 y2 angle is fixed at 0 degrees x6 angle remains at a value of 0 Inside radius specified as 7 units long y6 angle keeps its...

http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: x7 angle equals zero x1 angle equals ninety y10 angle equals zero lengthOfArm is fifty x8 angle equals zero z4 angle equals zero y2 angle equals...

Conçu pour mon hexacopter (lien plus bas), 50g par jambe de train dans cette configuration. Pour la pièce de montage sur le bras du coté opposé, faite un effet mirroir sur la pièce dans votre slicer. Vous devez démonter la plaque de fixation (cf...

Based on designs by Brendan22 on Thingiverse (http://www.thingiverse.com/Brendan22) and our own expertise, this hexacopter is 3D printable and requires only zip ties for assembly. All setup information can be found in the video at the end. For better...

I've designed a cutting-edge Hexacopter featuring the following specs: APM mini controller powers the system at an impressive 10Hz, while the Ublox GPS module provides pinpoint accuracy. The SimonK ESC's deliver 10A of power to each motor, ensuring...

The primary components needed for assembly include the Turnigy 1811 2900KV Brushless Outrunner, Turnigy Plush 6A ESCs, 5030 Props (in two variants), 1000mAh 2S LiPo battery for quadcopter or a 2200mAh 2S LiPo for hexacopter, KK2 Flight Controller,...

Conçu spécifiquement pour mon hexacopter (lien ci-dessous), pesant 50g par jambe. Pour assemblage, enlevez la plaque de fixation (voir photo) et réutilisez les vis en haut. Pour le montage sur l'autre côté, faites simplement un effet miroir dans...

Its hexacopter design allows it to carry the necessary tools while hovering steadily, and it can also drop emergency escape masks to trapped individuals. Built from nonmetallic parts for weight efficiency, this drone utilizes 3D printing technology...

I designed it specifically for the ImmersionRC 5,8GHz RHCP/LHCP CP antenna and T960 hexacopter. You will need a few M3 bolts and nuts to assemble it. I suggest using a low infill percentage and limiting yourself to just two mounting screws to save...

The aluminum clamp I'm using for my carbon fiber tube can be purchased on eBay at this link:...

I've Constructed a Custom Mobile Phone Holder for My FRSky TARANIS To integrate telemetry with my hexacopter and mobile phone, I designed a specialized holder for my FRSky TARANIS. This innovative solution enables seamless data transfer between the...

Yesterday my hexacopter's Thunder S550 chassis crash-landed, causing significant damage to the landing gear in the impact. After researching online, I discovered that the broken part likely originated from China and would take approximately a month...

I designed a simple rail mount that closely matches the dimensions of the one included with my S550 hexacopter frame. This should clip onto standard camera/accessory rails that are 10mm wide and feature a 60mm center-to-center distance. The mount has...

I built a custom phone holder for my FRSky TARANIS to pair it up with my hexacopter and mobile phone's telemetry feature. For my Galaxy S4, I slapped on a commercial case using double-sided adhesive strips onto the 3D printed piece. The arms and...

It's my custom-designed 800 class hexacopter. The concept is inspired by the DJI S900. Please print from A1 to C3, the main frame in two separate parts. Here are the components used: M3 shafts measuring 25 mm x 6 M3 screws measuring 10 mm x 30...

Mounting the Landing Gear without Breaking the Bank Easily add the tl96030 landing gear to your t960 hexacopter without over-spending on pricey aluminum components. Two sizes are available, and a longer version accommodates a 6s 10000mAh battery...

The Sketchup file is provided for customization, while a variety of "T" copters are available, including the TX8 Octocopter, T6 Hexacopter, T4 Quadcopter (10" props), T4 Quadcopter Mini 315 (7-8" props), T4 Quadcopter Mini 250 (5" props), and the...

Motor mount in progress I plan to use this assemblage to connect two engines onto a fourteen-millimeter carbon fiber rod used for the six-armed hexacopter designed around a triangle-six or yoke-six layout with three limbs and double co-axial motors...

X holes are designed for an X configuration quad, which will also work with hexacopters or octocopters, and the S hole is intended for a spider configuration quad, often referred to as a dead cat quad. This jig makes drilling consistent and precise,...

* A 24V power supply * A Full Graphic LCD screen * Four A4988 drivers * Four Nema17 motors and one Nema23 motor for the y-axis (bed) Mechanical Components: * Ten millimeter linear guides for the x and z axes * Twelve millimeter linear guides for the...

The most significant upgrade is separating it into two parts so you can replace the original one without disconnecting cables from the power distribution board in the center of the hexacopter. The two parts are secured using 4 x 2.5x16 screws. The...

... for optimal results. Notes: Although I didn't use a raft during printing, you might want to try it if the part fails without one. I printed this mount in PLA with no supports and have been using it on my hexacopter for months without any issues.