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For getting off from the ground and to get reasonable climb rate we need static thrust should be at least 1/3 of aircraft's weight and according to a online calculator I got a static thrust of around 2200 grams but according to above rule it should be around 666.6 grams.

Thanks, so it means that my homemade plane should be able to fly (the plane I am talking about is that I have given in the example )

And is it important to have thrust of motor more than the aircraft's weight to fly" for example a ntm propdrive 2836 3000kv with 4.75x4.75 prop on 4s produce 1.4 of thrust will it be enough to fly a 2kg weighted aircraft?

Sorry to interfere but my doubt is "is it important to have thrust of motor more than the aircraft's weight to fly" for example a ntm propdrive 2836 3000kv with 4.75x4.75 prop on 4s produce 1.4 of thrust will it be enough to fly a 2kg weighted aircraft?

Ok understood sir but according to calculation minimum take off speed is 51kmph and that is huge so I thought that a faster motor will handle this job. One more question what is prop stall I have heard about wing stall it means the wing loose all it's lift but what is prop stall? ACTUALLY MY...

First of all thank you Tony sir and rdsok sir for replying I know that it is my fault that I have chosen a high kv motor and I may need to buy a new motor for this plane it is a kind of difficult for me to buy because in India these brushless motor and esc are very difficult to find but for now...

Hi everyone my self Nikhil and I am from India I am 17 years old I am building a maker trainer by lucas weakley and I am new to rc but in India it is very difficult to find a depron so i made it with different type of foam is it stiff enough but with all electronics it weights around 2kg but I...

Hello everyone my self Nikhil Rathore I am from India and I am 17 years old, few days back when I was watching YouTube videos I got inspiration why not to build it yourself so I choose maker trainer to build and completed the body part but got a doubt related to motor, prop size and weight of...