Technological Advances in Drones
The first unmanned aerial vehicle was built over a century ago, using paper mache, wooden fuselage and wings made from cardboard. Due to their long history, drones are by no means a new invention. However, recent developments in technology such as lighter materials and improved flight controllers have led to greater adoption of drones in the consumer and commercial markets. Drones are now being used for a wider range of applications, including inspection and surveillance. They’re much more accurate than pre-existing methods and require less maintenance.
If you’re looking to fly your drone as long as possible, then you’re going to need to reduce the weight of it. You don’t need to compromise performance in order for it to have a positive affect towards durability and endurance.
The Frame
Choosing a frame made from lighter materials, such as lightweight screws and also small bits of carbon fiber is important. A lot of frames can weigh upwards of 150g and that means you’ll have an added weight to carry around with you. Unless you are constantly crashing your drone into walls, a frame made from lighter and strong carbon fiber will do the trick.
The Screws
You might want to check if your drones has all of the screws it needs, as having too many can make it too heavy to fly. You might also want to upgrade some of the heavier screws with lighter ones, such as slim head screws, which are much lighter. Slim head screw by ANT is an example of a light yet strong metal.
Electronics
Another easy way to save a few grams is by using a smaller-sized electronic stack. Frames often support 20×20 and 30×30 stacks, so it’s very easy to swap out your them out and reduce weight.
You can also check your wire gauge, as a thinner wire can save you some weight (and money). You may also want to think about running the power cable sideways rather than out the back.
Motors
Reducing weight is possible in a variety of ways- for example, you could change the motor you have on your drone which would save weight without sacrificing quality.
Batteries
One way to do this is by choosing lightweight batteries. Although they are sometimes more expensive, they can also provide better performance. When buying them it is important to note that if the capacity of the battery is lower than you need, the battery may not be as good or efficient.
To improve flight performance, efficiency, and flight time, you could purchase more expensive batteries. They will last longer and provide better performance & efficiency.
Conclusion
There are many ways to combat the weight on your drone, some being considered better than others. All still contributing to the same cause; reducing weight. Reducing weight has a lot of benefits including better flight performance and increased flight time. Thank you for reading this article. We hope it reduced weight on your drone!