Hi, I dont exactly get your question, are you asking about battery capacity?can I know what will be the best capacity requirement for the 1KG weight of Single propeller RC plane Brushless motor and Lipo, ESC?
Tks
My plane is almost 1KG ( With 7.4V Li-ion + 30ampESC+2212-1200KV BL motor+ receiver + Air plane).Hi, I dont exactly get your question, are you asking about battery capacity?
1kg is a heavy bird. Battery size will depend on what voltage you need for the motor and prop combo you want to run and how much weight you need to balance the airplane.
Nobody can tell you that based on the info in your post, we need more detail about the plane. Pictures might help too.
I agree with @FDS, you have a heavy plane. It will be borderline if you have the power to fly or not.
Wing loading may also be an issue. For regular size FT plane, 10-12 oz per sqft is light, 13-16 is good, 20 and above is heavy.
Here are some power guidelines that may help. It’s the total flying weight of the plane that you need, including motor and battery.
• 50 to 70 watts per pound is the minimum level of power, good for park flyers and lightly loaded slow flyers.
70 to 90 watts per pound is perfect for trainers and slow-flying aircraft.
• 90 to 110 watts per pound is good for fast-flying scale models and some sport aerobatic aircraft.
•110 to 130 watts per pound is what you want for advanced aerobatics and high-speed aircraft.
•130 to 150 watts per pound is needed for lightly loaded 3D models and ducted fans.
•150 to 210+ watts per pound gives unlimited performance for any 3D model
If your lipo is 7.4 volts, you're going to need a bigger lipo.
will use 11.4v 1500mah.Lithium ion batteries will struggle with motor load over 10A peak as well.
I agree with @FDS, you have a heavy plane. It will be borderline if you have the power to fly or not.
Wing loading may also be an issue. For regular size FT plane, 10-12 oz per sqft is light, 13-16 is good, 20 and above is heavy.
Here are some power guidelines that may help. It’s the total flying weight of the plane that you need, including motor and battery.
• 50 to 70 watts per pound is the minimum level of power, good for park flyers and lightly loaded slow flyers.
70 to 90 watts per pound is perfect for trainers and slow-flying aircraft.
• 90 to 110 watts per pound is good for fast-flying scale models and some sport aerobatic aircraft.
•110 to 130 watts per pound is what you want for advanced aerobatics and high-speed aircraft.
•130 to 150 watts per pound is needed for lightly loaded 3D models and ducted fans.
•150 to 210+ watts per pound gives unlimited performance for any 3D model
Yes, I think you need more power. It may be possible to fly. A well designed plane, In the hands of an experienced pilot, it could fly.1KG is 2.2 pounds. So my BL2212/6T-1400KV is with 7.4V 2s max watts 180W . Still not enough power to fly right?
Thanks dear. I made this with limited resources. We cannot get any EPO , EPP depron foam boards here. Only KT board and styrofoam.Yes, I think you need more power. It may be possible to fly. A well designed plane, In the hands of an experienced pilot, it could fly.
Guidelines for flight are not absolute laws, they are useful to increase your chances of success.
Great looking plane.
Thanks dear. I made this with limited resources. We cannot get any EPO , EPP depron foam boards here. Only KT board and styrofoam.
For the canopy I had use a Pepsi bottle and for the nose cone a plastic food lid.
Glue guns are very low quality too. Had lot of difficulties to finish the bird.
Thanks dear. I made this with limited resources. We cannot get any EPO , EPP depron foam boards here. Only KT board and styrofoam.1kg is a heavy bird. Battery size will depend on what voltage you need for the motor and prop combo you want to run and how much weight you need to balance the airplane.
Nobody can tell you that based on the info in your post, we need more detail about the plane. Pictures might help too.
Hi, I dont exactly get your question, are you asking about battery capacity?
1KG is 2.2 pounds. So my BL2212/6T-1400KV is with 7.4V 2s max watts 180W . Still not enough power to fly right?Hi, I dont exactly get your question, are you asking about battery capacity?