Affects the time of drone battery life.best deep cycle marine battery

　　The current drone battery life is the result of a comprehensive consideration of battery life, cost, portability, practicality, and stability. The following is the factors that affect the time of drone.

　　1. Drone motor axis

　　The current drone is generally adopted by a four -axis rotor design. The drone using this design is relying on the two rotor at the tail when flying forward to increase the speed increase. The gesture of pouring, so that there is a backward thrust that allows drones to move forward. However, it also caused a problem. When the drone leaning forward as a whole, the front of the back of the drone was forward, increasing the air resistance, which caused the drone to consume more electrical energy to maintain advance.

　　2. Electric speed

　　Obviously, the faster the motor is consumed in terms of power consumption. With certain voltage, the turn is slow, the current is small, and the power is small. It is a more objective way. However, there will definitely be a process of acceleration and deceleration. Obviously, the motor speed is not suitable.

　　3. Rangers and battery voltage

　　The heavier the entrusted object, the higher the lift you need, and the more electricity will consume. If the battery voltage is the same, the higher the battery voltage, the higher the battery voltage, the higher the battery capacity. It also affects battery life.

　　4. Signal

　　I believe everyone knows that the drone needs to pass the real -time transmission through the remote control signal. At this stage, the general map and remote control signal technology are not as far as expected, so even if it is given more than 30 minutes of battery life, it is not significant. Will you fly around in a small range?

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