Thingiverse 3D Printed Drones Worth Making, We’ll look at 3D printed drones that you can build using Thingiverse. Despite the fact that DJI has recently released a new drone 안전한 카지노사이트
The DJI Mavic Air 2, you may be looking for a DIY drone that you can build yourself. The most recent model costs $799;
However, you can spend half that amount and build a drone from start to finish by 3D printing components and purchasing electronics.
Don’t get me wrong: building a 3D printed drone will not provide the same level of quality as purchasing a drone from an OEM.
And, if you’re going to use a drone for photography or videography, the new DJI Mavic Air 2 makes a lot more sense.
Building one, on the other hand, will give you a lot of hands-on experience working with mechatronic components if you’re looking for a new hobby.
Furthermore, you can truly customize your drone, which makes flying even more enjoyable once it’s built.
A 3D Printer is required to print a drone.
To state the obvious, a 3D printer is required to print a drone. You can outsource prints (which we do) or use sites like 3D Hubs to get 3D printed parts.
However, if you intend to do a lot of projects, it may be more cost effective to simply purchase a printer.
While this isn’t a guide on how to 3D print (we have one here) or a recommendation on which 3D printers to buy
I wanted to mention a couple of solid options for a few affordable and mid-range 3D printers.
If you’re printing drone components (or anything else), I highly recommend investing in a 3D printer with a large build volume.
The Creality Ender 3 is an affordable option. If you have a bit more money to spend
I recommend the QIDI TECH X-MAX or the Sindoh 3DWOX 1.
Remember that if you’re new to 3D printing, there will be a learning curve involved in producing high-quality prints.
So, unless you have a lot of patience, I don’t recommend tackling drone building and 3D printing at the same time!
Don’t forget to bring some PLA or PETG spools! Hatchbox and Gizmo Dorks are two of my favorite websites.
Feel free to choose whichever colors you prefer! 카지노사이트
Drone T4 Quadcopter
Brendan22’s T4 Quadcopter is a popular choice for 3D printed drones on Thingiverse.
Despite the fact that this project was created in 2014, it has had over 51 makes and 37 remixes.
The T4 Quadcopter is completely 3D printable and requires no supports to assemble.
The tube section arms are strong and braced, with plenty of room to conceal motor wiring.
You can even mount a GoPro on the nose! Thingiverse has the files you need to build this 3D printed drone.
3DFLY Hovership Micro Drone
The Hovership 3DFLY Micro Drone comes next on the list. If you’re looking for a hand-sized drone
That’s ideal for beginners, this is a great option.
Furthermore, its small size makes it an excellent choice if you have a small print bed. (Only 100x100mm is required.)
You can fly the Hovership Micro Drone indoors or outdoors once you’ve completed this project.
Take your time, as this project does require some basic soldering skills and computer setup.
The 3DFLY Micro Drone kit is currently out of stock on GetFPV.com, but they do have a list of the components
You’ll need to finish the drone. Many of these components are available on Amazon.
Mini Drone TinyTina 90m
The TinyTina is a mini drone that can be used with an FPV camera and is ready for standard 20x20mm flight stacks.
This 3D printed drone has the most comprehensive tutorial guide of any 3D printed drone.
While building this particular drone will not save you a lot of money (it will cost you just under $300 plus your time), you will gain a wealth of knowledge about drones.
Furthermore, at 90mm, this 3D printed mini quadcopter is suitable for both indoor and outdoor flying.
Electronic Components Required to Build a DIY Drone
When building a DIY 3D printed drone, there are some obvious components you’ll need.
To name a few components, there are propellers, motors, batteries, ESCs, flight controllers, and an RC transmitter.
Let’s take a closer look at each of these elements.
Flight Director (FC)
The Flight Controller is in charge of all of your drone’s onboard electronics.
It has a processor, firmware, and on-board sensors, similar to an Arduino (Gyros, Accelerometers, GPS, Barometer, Current sensors, etc). FCs are available in a variety of PCB footprints.
The standard spacing for 220 sized quadcopters is 30.530.5mm. 20x20mm spacing is fairly common for quadcopters ranging in size from 70 to 130.
Solder, header pins, and connectors can be used to connect external components to a Flight Controller.
Here are some FCs to look into:
Controlling Electronic Speed (ESC)
The ESC is the link between the flight controller and the motor.
An ESC is required for each brushless motor on the drone.
This is because brushless motors lack the brush that acts as a commutator and spins the motor through physical contact.
The ESC is an external device that converts the flight controller signal and battery power for motor control.
Propellers are the blades that propel the drone forward, providing a force known as thrust.
A drone has two propellers that rotate clockwise (CW) and two propellers that rotate counter-clockwise (CCW).
This is how it appears on the drone.
There are CW and CCW propellers to be found. Check that your CW propellers are attached to CW motors and vice versa.
Motors deliver electromechanical power to the propellers from the control board and battery.
The flight controller is linked to the motors (FC). Brushless motors with diameters of 8.5mm and 11mm are common in small drones. 카지노 블로그