Drone Science Tech

🛑The new drone video has just been released. If you haven't seen it yet, you can watch it by visiting this link : https://youtu.be/K4kzoEaVzk4

👊 In this project, I have use a DIY Arduino flight controller, which allows you to use a frame of your own choice.
▶️ I have experimented with various frames using this setup.It is quite well-suited for outdoor flight.
It features a compact PCB that weighs only 2 grams. I have powered it using 8520 motors and a 600mAh battery

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2 weeks ago | [YT] | 101

Drone Science Tech

🛑 The drone I made with 720 motors was fine for indoor flight.
▶️ We can easily fly it outdoors in very little wind.
But this drone struggles to fly in little wind and the battery gets drained quickly.

🛑 Then after that I made a slightly bigger drone using 8520 motors.
It has only custom Design flight controller without frame.
Its propeller size is 3 inches.
When I did its outdoor flight test, the results were quite good.
This drone was struggling very little.This drone proved to be very good for learning.
👍 I also learned a lot from outdoor flying. And the battery life was also quite good.
🛑 By looking at these photos you can guess how much bigger this drone is than the small drone.
▶️ Its full video is going to come very soon. I hope you liked this video.
👍 If you liked this big drone then definitely write yes in the comment.

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1 month ago | [YT] | 79

Drone Science Tech

🛑 I was getting a short range with the NRF24L01 module that had a PCB antenna.

Video Out Now : Link

https://youtu.be/SlYRltaouNs

▶️ so I thought of using an NRF24L01 module with an external antenna.This would increase the range of my mini drone.
However, there was a problem: its weight was 11 grams. Therefore, it was necessary to reduce its weight.
So, I removed the antenna and replaced it with a wire. Finally, its weight came down to 2 grams.
👍 Now I am confident that my mini drone will have a range of up to 1 km.

🎉 To understand this better, please watch the full video......

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1 month ago (edited) | [YT] | 43

Drone Science Tech

🛑 My PCB design journey is as follows.

▶️ Before designing the PCB, I thought a lot about what shape to give it so that it would look compact.
👍 Then I choose this design.You might not like it, but I liked this design because of its small size.
👊 This transmitter PCB supports 7 channels

🛑 In upcoming videos, I will be presenting some more designs.
I hope you all like them.

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1 month ago | [YT] | 54

Drone Science Tech

Which Arduino Microcontroller is Lightweight ????????

1 month ago | [YT] | 5

Drone Science Tech

🛑 The range of the PCB antenna module is quite limited, which makes it difficult to fly the mini drone. Only Up to 250mtr.

▶️ Therefore, I decided to modify the antenna module.This modification increased the range to up to 1 km.
However, there was a problem: the modified module was quite heavy. (About 11gm)

🛑 So, I decided to modify the antenna further. After that, its weight was reduced to only 1-2 grams, and the plan was a success.

🛑 A detailed video about this will be coming soon.so keep watching channel

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1 month ago | [YT] | 43

Drone Science Tech

What is the actual range of this NRF24L01 module ???

1 month ago | [YT] | 6

Drone Science Tech

▶️ The video about the long-range transmitter is out now.

Video Link : https://youtu.be/cUKQT5IJEj8


🛑 And I think people aren't liking this video very much. I was hoping they would like it. But it's okay.

🚁 Maybe the video isn't reaching the people who actually need it.
👍 Whether people like the video or not, I will continue making videos based on my own ideas. I just want to try new experiments.

🤔 If anyone has missed this video, they can go to the channel and watch it.

More interesting videos are coming soon. So I won't keep you waiting for long.

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1 month ago | [YT] | 24

Drone Science Tech

👍 I tried many ways to increase the range of the Arduino transmitter, and those ideas were quite complicated.

But with this new radio module, increasing the range has become easy.

🛑 I hope you like this video.

In the next video, I will soon be increasing the range of a mini drone by reducing the weight of the NRF24L01 module.

▶️ We will increase the range of the Arduino mini drone from 200 meters to 1 kilometer.

We will be able to fly the mini drone with extended range. This range is sufficient for a mini drone.

We can fly the mini drone to a considerable distance........

Video Out Now Today 6:00 Pm............

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1 month ago | [YT] | 44

Drone Science Tech

🛑 I will be releasing the full video of this long-range Arduino transmitter very soon. I would be very happy if you all like it. If you like it, please give it a thumbs up.

🛑 Description :

This is a DIY Arduino RC Transmitter that provides a range of up to 2.5 km.
It also comes with a receiver.The receiver should have the same radio module to achieve the 2.5 km range.
This module has 100mW of RF power, so this transmitter will consume more battery power.

Therefore, use a higher capacity battery. With this transmitter.
we can control long-range devices such as drones, Rc airplanes, Rc Boats, RC cars, or any device up to 2.5 km away.
This transmitter can be built at a very low cost. You don't need to invest much in it. That's why we can also call it the cheapest DIY transmitter.

🛑 I have used an Arduino Nano board and a custom-designed PCB, which I bought from JLCPCB. You can easily build this type of transmitter.
Just assemble, solder, and control it yourself.

🚫 In the NRF24L01 module, I have used a 10uF capacitor, which filters the current and provides a strong connection.

🛑 This transmitter is available in 4 to 6 channels.

🛑 If you want this kit, please email me: dronescincetech1993@gmail.com

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1 month ago | [YT] | 29