Thanks for your comment! The motor is the Titan Air TA130 by Xoar. Here is some of our data from tests using this motor: database.tytorobotics.com/motors/3x6/xoar-ta130-25-kv80
What is the Market prise of this types drone+ propaler+ controlpanel + cerki + leghium. Battery . please more videos. For complit. Chart .🎉🎉🎉motor and. Battery longibity / lifetimes ???
Hi Shivansh, that's a good question. I pulled some data from our motor/propeller testing database (database.tytorobotics.com/tests), and used the filters to look at motors providing at least 5.5 kg of thrust. Motors that reached 5.5 kg included KV120, KV80, KV29. Hope that helps!
Hi @Natthaphon, thanks for your comment. I think you will find this article from our website helpful for making your calculations: www.tytorobotics.com/blogs/articles/how-to-increase-drone-flight-time-and-lift-capacity
@@tytorobotics -- Thanks for this wonderful article! Question - As you know hover ratio Hr = T(thrust kgf)/P (W) is proportional to 1/D (prop diameter m). So shouldn't the first thing to improve efficiency Hr be to use a longer propeller -- which may require a larger frame and a stronger motor? I can understand that some people already have a frame and must use it. But others may be in a position to purchase a frame. Aside from the issue of practicality, what stops us from having a larger and larger propeller and boundless efficiency? Is there a physical law that limits large diameter props efficiency?
@@customdevelopment136 Hello! I am one of the tool's designer. You are right that increasing the propeller size is on of the first option to look at to increase efficiency. The limit of propeller size is the impracticality of having larger propellers. They are slower to react to disturbances, heavier, and require a bigger airframe. For extremely large and efficient propellers, look at the records of human powered helicopters; ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-syJq10EQkog.html! You can see how such vehicles would not be very practical outside of those competitions.
Nice stuff! Could you please tell me the power to mass (thrust) function you use? P = F(M, D, rho) where D is prop diameter. I have seen 3 different versions, and do not know which is correct. Thanks!
Hello! I am one of the tool's designer. The formulas you find online and in research papers are great approximations for starting out and selecting which range of prop will be needed. You'll will typically then need experimental data to obtain exact and comparable figures. You can look at our database (database.tytorobotics.com) for such data or use one of our tools.
Thanks for your question! You can select settings for the product here and get a quote from our sales department: www.tytorobotics.com/collections/all/products/series-1780-thrust-stand?.com
Hi Babuthapa, thanks for your comment! The price will depend on which size and configuration you need. We don't give out pricing information on RU-vid, but you can contact our sales team with your requirements if you want a quote: www.tytorobotics.com/pages/request-a-quote