Making a drone with arduino and DC motors

Can I make a drone with arduino and DC motors? Please reply quickly

It's possible since it's been done many times, but whether you can do it, I can't tell. Feasibility also depends on the functional requirements on the drone, availability of components and budget.

Yes

This will be using Using l298n driver.Isn't that true? If that's right Where can I get Drone propellers are compatible with DC motor

You can use any motor driver you want.

Propellers: Amazon, Ebay, Aliexpress, Robot Shop, Dronefly, most hobby shops

What other parts do you already have or are you required to use?

The more concrete information you provide about your project, the better the advice will be that you receive.

I don't have to use Specific parts and I haven't bought anything yet.. I just want To make a drone with Arduino, I found that they use brushless motors, but their price is high and they are not available in my country, so I would like to use DC motors That's why I'm asking if I can do it, and which controller I will use

This is not what I mean. But the question is: Can any fan be used with any motor? If the answer is no, what is the appropriate fan for a DC motor

Have you determined why they use brushless motors? The problem you are ignoring is can you make a flying drone with regular DC motors? The answer is you will have to compute the power to weight ratio. Regular DC motors are very heavy compared to the brushless motors and are limited in power because of their use of brushes to carry the current that produces the power.

The answer is no and how to select the proper blade for a given motor is beyond my knowledge

OK, I understand your situation.
I think your best bet is to try and find a project that starts from the same position you're in and builds a drone with basic components. Then try and locate the same or similar parts, and attempt to recreate the project.

The alternative would be to purchase a bunch of stuff int he hope that it'll work, put something together, see how it goes and then make adjustments to your approach to fix the problems you run into. You'll end up with a long-stretched project and you'll find yourself purchasing the same kind of parts over and over again until you have a combination that works. Especially the motor/propeller combination will be a tricky one, but overall power-weight considerations will also come into play.

A final option and likely the most feasible one is to try and save up some money and purchase a ready-to-fly drone once you get enough.

Making products like drones from the ground up starting with little to no knowledge is very difficult. If it weren't, everybody would be doing it!

In fact, I do not want to make a drone. Rather, I want to make a robot that flies with the same idea as the drone, but with additional devices so that it is able to speak and perform some tasks. That's why I can't buy it

That's a very ambitious project. In your idea, how are you imagining "robot"? That could mean different things to different people.
Using a brushed motor and servos, you could make a somewhat autonomous airplane with a speaker attached to it.
What tasks are you looking to perform? Better yet, take a look at what folks have been doing over the last decade or so using the Ardupilot platform, should help you get an idea of what's realistic.

https://ardupilot.org/ardupilot/index.html

OK, then I would propose to buy a drone and build the other stuff onto it. That'll save you the trouble of figuring out the basics of flight, dynamics etc.

I tried this, but the drone had very weak motors, and its batteries finish very quickly,I also prefer making the robot completely myself

Using brushed motors will make both these situations worse.

What are your specific design goals, device size and approximate budget?

If high powered brushless motors are not available in your country, then you won't be able to build your flying robot.

I can use powerful batteries and I already have them this is not a problem

There is no point in having batteries if you can't buy the motors.

More power means more weight means stronger motors means more weight. It is a balance.

"Electronoobs" has a good series of web pages introducing you to his "diy" rc-quad-copter.

His diy drone videos on YouTube are extensive.