Technology has been busy delivering us with exceptional tools that can be used for production, play, and the benefit of all. For example, 3D printers are making progress and some believe that soon we’ll have cheaper and functional components for healthcare. Moreover, drones are growing in popularity for recreational usage yet commercial giants have just begun to experiment using them for business purposes. It would seem like 3D printing and drone ingenuity work great in unison. Here’s why.
As beginners soon find out, drones are fragile and components get damaged and destroyed through slight or slightly larger mistakes. However, most damage is a quick fix. You can find parts online or at your local hobby shop. Alternatively, one could try a hand in making replacement parts with a 3D printer. For an intense drone hobbyist, a 3D printer can start paying for itself over time.
There is no one single blueprint aligned with drones. They come in various shapes and sizes while hosting an array of features. A person who is a bit clever in engineering could potentially make their own parts or entire drone. While you may have to contact the FAA regarding any restrictions to what one can put in the air, the thought of creating your own drone parts or entire models is pretty cool.
Learn from Others
As mentioned above, it’s exciting to consider the notion of making your own models, yet you don’t have to reinvent the wheel. Plenty of people have been meddling with 3D printers and modifying existing drone models. Therefore, you can learn a lot by reading about the experiences of others, asking questions in forums, and taking a look at the blueprints of other creators.
Imagine it’s a beautiful day, you drive about 20 minutes to an open destination, your drone takes flight, and you damage a part within the first minute. That’s terribly unfortunate and inconvenient. But only if you don’t have spare parts. When you have a 3D printer, you will always have backups of the parts that you’re more likely to need.
One could analyze the parts of other models, viewing those of friends or perusing in stores. After getting a sense for the size and dimensions of a component, one could try and replicate the design at home. For example, you may want to mount a camera onto your drone. You could purchase a GoPro mount or you try to mock the design on your own. If you can save money then you could place more toward a drone you want. View the best drones for under 500 dollars.
Some 3D creators produce parts that will enhance the experience of flying or the performance of their drone. For example, a printed range booster can dramatically increase how far away your drone can fly from the remote. However, when placing printed components on the drone, you’ll have to be concerned about the added weight and how it will drain the drone’s battery.
Materials matter when it comes to added weight. For example, creators leverage both PLA and ABS, yet each has its own properties. PLA is cheap and easy to work with but it’s not heat or UV resistant. ABS is light and has good temperature resistance yet it emits toxic fumes.