bladeless quadcopter 3d models

Assemble the quadcopter by cutting aluminum square tubes and plates, bolting them together with M4x30 bolts, attaching motor mounts with epoxy glue, and securing electronic components in place. The 2-liter coke bottle cover serves as a protective...

Quadcopters are mechanical marvels that take to the skies with ease, their four arms humming as motors power propellers in perfect harmony. Two rotors spin clockwise, while two others turn counter-clockwise, creating a stable yet aerodynamically...

This is an extremely straightforward quadcopter that accommodates 30.5mm spaced power distribution boards, flight controllers, ESCs, and so forth. Stand-offs support the various layers of the stack, while platforms are available for different...

The motion control completely depends on the speed of the rotors as each rotor can vary its speed and torque independent of the other rotors.Applications:Quadcopters are used in various fields due to their mechanical simplicity such as:• Aerial...

In "The Generate Quadcopter Challenge," I was unable to use cloud-based generative design software or topology optimization tools, so I relied on Solidworks for designing and optimizing my quadcopter. My innovative design is based on an I-beam...

Check out this innovative quadcopter in action at https://www.youtube.com/watch?v=xkbj6Hpqcgw&feature=youtu.be. For a closer look at its impressive features, visit https://www.youtube.com/watch?v=AmMzp0CwGaE&feature=youtu.be. ...Revised on February 22,...

Quadcopter Prototype Unveiled! This cutting-edge project requires a mere 3mm screws and nuts to come together. ... I'm utilizing: Spektrum Flight controller for seamless navigation Lumenier 4Power Swap for enhanced power management Cobra motors CP...

Dive into the code of the Flexbot quadcopter's body and take charge - you're encouraged to hack away! Explore the DIY kits that bring Flexbot to life at http://www.flexbot.cc. ...Flexbot proudly boasts its Kickstarter roots, where innovative ideas first...

I redesigned a quadcopter boom for my mQX drone as the original broke during use. Initially, I tried to mimic the factory design, but printing quality was poor and durability was low. This revised version rectifies some issues, though it's snug...

This is the blueprint for Flexbot's quadcopter body; feel free to customize it! For more information, visit http://www.flexbot.cc. Craft your own Flexbot using any 3D printer since only propellers aren't printed. ...Alternatively, purchase a kit from...

A quadcopter is a multirotor drone with four arms or booms, each with a rotor (hence “quad copter”). Multirotor drones are unmanned aerial vehicles (UAV) with multiple rotors that are used to generate lift to enable the aircraft to fly. ...The working...

I created a quadcopter and plan to analyze it using computer models, starting with a rough sketch of its components. Updates will follow once I complete building the other parts. The KK2 Board was made for fun, featuring modeled buttons and pins on...

However, with the given volume and the density of 3D printable ABS plastic (~1.05g/cm^3), the quadcopter weighs approximately 13.8g to the nearest tenth of a gram. ...Refer to the render 'with string#5.jpg' to visualize the 250g load suspended by string...

This micro quadcopter boasts a diagonal measurement of 26 cm, featuring sturdy carbon tubes with a diameter of 6mm. It is compatible with various flight control systems such as KK2, Nanowii, Nazo Lite, APM, and more. The required tube dimensions are...

... Velcro fastenings for various components. This concept was created by me and has been tested through software simulations. The quadcopter is manufactured using ABS plastic, boasting a straightforward design. ...I am grateful for this opportunity.

I was created using Autodesk Fusion 360 software, which enabled me to design a Quadcopter drone. If you're interested in simplifying your workflow and achieving better results, I highly recommend checking out Autodesk's innovative tools. By following...

... the body_up_cuted and fpv_protection details. The battery holder is located beneath the main body and is secured using an M3 or M4 screw, 70-90mm in length. This screw passes through pre-drilled holes in both the body and arms of the quadcopter.

This upgrade is designed specifically for the G-Intrude micro quadcopter, but it may work with any quadcopter board featuring 3mm holes spaced 23mm apart. The intended application is for 7mmx20mm motors and 55mm props. Parts List: G-Intrude...

Hi, I built up the Bladeless fan and noticed there was no case for the electronics. I created a housing for it and secured it with hot glue on the backside of the housing. I also added a main switch to the case. If you don't want a switch, use the...

My son wanted a bladeless fan. Since he and his sister are very young I felt uncomfortable with the fan being reachable from below. Also I wanted the power cord to be pluggable.This is slapped together fairly quick with FreeCAD and is compatible with...

... of Drone flying in your country. Ensure that you have obtained the correct license for your quadcopter You are responsable for your own aircraft including maintenance and ensuring it is fit to fly as per laws and regulations in your country

The overall dimensions of this Quadcopter body measure 475mm diagonally, while it is designed to fit motors with a diameter of 28x25mm. The arms and body are connected using M3 nuts and bolts, eliminating the need for any adhesives. I have recently...

The second revised version of my 'Predator' quadcopter prioritizes modularity and durability. New features include mounting holes at arm ends for prop guards and extra landing/stability legs. Use metal/nylon screws or cable ties to assemble. Main...

To minimize weight, improve printability and incorporate futuristic design, I focused on the takeoff load case in my quadcopter frame design. Takeoff is crucial as it's when payload starts hanging from the frame, causing significant stress. Motors...

The D&T project is a Quadcopter with foldable design (an image of folded version will be added later). It features a smartphone mount and comprises of these components: Turnigy D2836-8 1100kv, Multistar 20 Amps ESCs, MultiWii Pro (with GPS from...

A Safety Cage for the Xtreem Quadcopter. It's a Blast to Drive Around on the Floor and Chase the Cat! I Use 1/16 Dia Alum Tube for the Bar That's Shown, But Carbon Fiber Would Be Even Better If You Can Find It. The Alum Is Available at Ace Hardware...

Mini Quadcopter Design: Tailored for: Quanum Pico / Micro Scysky Board Powered by 8.5mm brushed motors Equipped with Parrot Rolling Spider Props Fueled by a 700mah battery, 1S lithium-ion power source Securely attached: Upper and lower decks...

Quadcopter is a nice project for learning PCB design. Including power, motor driving, signal processing. Design schematic and layout PCB require detail work, need to pay attentions to datasheet for each chip, it is easier than physical work...

A Customizable Quadcopter Design for Hobbyists with an OpenScad File Provided You'll find a printable design for a quadcopter with its associated OpenScad file here, which can be modified or adjusted to fit your specific components and desired...

A protective roll cage for the Xtreem Quadcopter adds an extra layer of excitement while driving around on the floor and chasing the cat! To construct this durable cage, I utilize a sturdy 1/16 inch diameter aluminum tube for the visible bar. Before...