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FPV ESC
#Shenzhen #TitanFlying #Technology #Co., #Ltd
An electronic speed control or rapid ESC is an electronic circuit that controls and regulates the speed of an electric motor. It may also provide reversing of the motor and dynamic braking. Miniature... moreFPV ESC
#Shenzhen #TitanFlying #Technology #Co., #Ltd
An electronic speed control or rapid ESC is an electronic circuit that controls and regulates the speed of an electric motor. It may also provide reversing of the motor and dynamic braking. Miniature electronic speed controls are used in electrically powered radio-controlled models. Full-size electric vehicles also have systems to control the speed of their drive motors.
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FPV Drone Battery
#Shenzhen #TitanFlying #Technology #Co., #Ltd
Since they're made of individual cells, the battery you buy ends up having the voltage of all the cells combined. So, if you get 3S batteries, they will be 12.6v charged, and 11.1v... moreFPV Drone Battery
#Shenzhen #TitanFlying #Technology #Co., #Ltd
Since they're made of individual cells, the battery you buy ends up having the voltage of all the cells combined. So, if you get 3S batteries, they will be 12.6v charged, and 11.1v discharged. 4S will be 16.8v charged and 14.8v discharged. If it's not clearly labelled, you will be looking for the label "11.1v" or "14.8v" on a battery to determine if it's a 3S or 4S. You never ever never want to fly a battery down to 0v. This is why you use certain gear to monitor battery voltage while flying.
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Drone ESC
#Shenzhen #TitanFlying #Technology #Co., #Ltd
Choosing a motor/battery/ fpv drone ESC combo is a combination of science, guess-work, and magic! Here is a process to select the "right" motor, ESC and battery.
(1) Estimate the AUW... moreDrone ESC
#Shenzhen #TitanFlying #Technology #Co., #Ltd
Choosing a motor/battery/ fpv drone ESC combo is a combination of science, guess-work, and magic! Here is a process to select the "right" motor, ESC and battery.
(1) Estimate the AUW ("All-Up-Weight") of the plane;
(2) Select a motor and propeller with 
the proper thrust, and/or 
the proper power, given the estimated AUW;
(3) Determine the battery voltage compatible with the motor;
(4) Determine what flight times you want;
(5) Select a battery with the desired voltage and capacity;
(7) Determine the resulting current flow in Amps; and
Select an ESC compatible with motor type (brush or brushless motor), and battery type (NiCD, NiMH and/or Li-poly) that can handle the maximum current your motor and prop will draw.
After selecting a motor, the next logical step is to select a brushless electronic speed controller (ESC) that matches your motor. The motor will have an Amp rating, quadcopter esc is good general practice to select an ESC rated for 30 percent or 10A more than the max current draw of your motor. Say I have a motor that pulls 10 amps. I do not want to buy an ESC that is rated for 10 amps. I would want to get an ESC that is rated for 15 or 18 amps. It is always good to go higher. The higher amp-rated ESC you get the less heat will be radiated.
Speaking of heat, this ESC can get very warm at times! That's why it is important to get a ESC with an amperage rating higher than your motor or your motor will pull too many amps through the ESC and cause the ESC to overheat and possible catch fire.
Brushless Speed Controller ESC Types
For base on motor, ESC can be divided into brushed and brushless. It according to the control signal to adjust the speed of the motor.
#1 Brushed and brushless
For their connection, control esc usually goes like this:
The ESC input line connected to the battery;
The output of the ESC line (brushed have two lines, brushless have three lines) connected to the motor;
ESC signal lines connected to the receiver.
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Drone ESC
#Shenzhen #TitanFlying #Technology #Co.,... moreDrone ESC
#Shenzhen #TitanFlying #Technology #Co., #Ltd
Choosing a motor/battery/ fpv drone ESC combo is a combination of science, guess-work, and magic! Here is a process to select the "right" motor, ESC and battery.
(1) Estimate the AUW ("All-Up-Weight") of the plane;
(2) Select a motor and propeller with (a) the proper thrust, and/or (b) the proper power, given the estimated AUW;
(3) Determine the battery voltage compatible with the motor;
(4) Determine what flight times you want;
(5) Select a battery with the desired voltage and capacity;
(7) Determine the resulting current flow in Amps; and
Select an ESC compatible with motor type (brush or brushless motor), and battery type (NiCD, NiMH and/or Li-poly) that can handle the maximum current your motor and prop will draw.
After selecting a motor, the next logical step is to select a brushless electronic speed controller (ESC) that matches your motor. The motor will have an Amp
rating, quadcopter esc is good general practice to select an ESC rated... less
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