![]() All the parts are mentioned in the video, and I had the task to attempt to make one! I figured that it was good enough to hold a camera, and later we see it Pulling him on a skateboard. So, after a lot of viewing videos, and looking around on the web, I settled with this video from rctestflight. Unlike FliteTest, there is a little less information on how it handles and how he made the quadcopter, but he does normally give an overview of the different parts he used to make it, what he would do differently next time and the overall impression of it. The place where I got my idea! This channel mainly does quadcopters, but also sometimes planes. Although FliteTest have some multirotor videos, they mainly deal with planes and helicopters a lot more. Its rather simple, even with no experience, but that video really does help you with some exercises to practice skills. One video which will come in useful, is How to fly a multirotor. Their videos are pretty useful, and contain a lot of information, whether your a beginner or a pro. If you've ever looked for tutorials on any RC planes, helicopters, boats or similar, you may have come across FliteTest. Point is, when looking to build your quadcopter, most of his videos may not be appropriate, as the parts will cost a lot more than what you probably intend to spend. While he is very good at making them, and you can buy things off his site, the things he makes (and sells) are top end, and most likely over your budget (most things cost at least £1000 ~ 1500$). Here's a few channels that seem to popup a lot, but there are loads more that you can watch & subscribe to.Ī lot of people see alishanmao's channel. There are a LOT of videos on quadcopters on YouTube, and many RC themed channels, however not all of them are well made quadcopters, and not all of them specify the parts needed to make one. Once you've decided whether you want to make a quad/hex/octocopter, you want to start looking around to see what people have already built. You don't have to make one that somebody has already made, but it does help quite a bit, to make sure your making a good powered quadcopter, that will be able to fly So its definitely worth making sure they will all work together, before buying the parts. Your motors might not be able to lift the weight. Your wires might melt if you pick the wrong Battery splitter. Parts can be expensive and they don't all fit together. Not too expensive, not too cheap, but good enough to have lots of fun, carry a small camera for FPV (First Person View) and - of course - show off to all of my friends and family.īefore I built the quadcopter, I wanted to make sure that i picked the right parts. So after thinking about what to build, I decided to settle on a Quadcopter. I totally agree with this - if your camera costs that much, its much better to be on the safe side with an octocopter rather than have it plummet from 5000 feet up. Somebody once said "An octocopter is what you strap a $1300 Canon 7D under". Due to the fact that there are so many motors, an octocopter goes like stink - super fast - but, you do use up a LOT of batteries (about 5x as much, with a heavy pay-load). However at the price of 2 quadcopters these are normally only used by professionals. OctoCopter: Like an octopus - 8 Motors and propellers here! Octocopters are the most expensive to build - by far! The main reason why these are used is that if a motor fails, it can keep going on, unaffected. Although much more expensive to build due to the fact that you have to buy 2 extra ESC's, Motors and cables, these are a little safer than quadcopters - if one motor fails in Mid-Aid, then you loose the yaw (turning left and right), but you can still land it - Just about! HexCopter: Comprising of 6 different motors and propellers, these are similar to quadcopters. Generally, compared to tricopters, quadcopters are more stable and can be smaller in size, whilst maintaining the same stability. They have a much bigger load, for carrying things like DSLR's and extra batteries. The average.Consisting of 4 propellers and motors, these are used for a wide variety of things. ![]() Quadcopter: This is the standard multi-Rotor. The motors have to work harder, so generally you get less flight time. The main benefit of building a Tri-copter is that it is cheaper: you only require 3 motors and ESC (Electronic Speed Control). These are often more agile than normal quadcopters. Tricopter: As the name suggests, this build has Tri (3) propellers and motors. Before you attempt to make and fly your own multi-rotor, you need to know the different types of multi-rotor.
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