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9 paź 2023 · Battery (1): 155 g. Other components (camera, frame, ESC, etc.): 460.5 g. Flight Time. Our goal is to maximize our drone’s flight time so that it can hover as long as possible. In our previous article, we modelled the flight time of our drone with varying battery capacity (figure 2).
6. BLDC motor power calculations. 7 How to choose a drone battery. 8. How to choose an ESC and connectors. 9. Propulsion testing + free flight testing. Download our FREE eBook: Drone Building and Optimization: How to Increase Your Flight Time, Payload and Overall Efficiency.
1 paź 2020 · Kuzgun's performance is examined by calculating the maximum and required powers, determining the energy consumption for each flight condition, and comparing the battery's model with the identified parameters in Simulink and comparing them with standard solutions.
24 sie 2022 · This paper presents the fundamentals of a method how to determine the state of charge (SOC) of lithium-ion batteries on the basis of two different equivalent circuit diagrams and an extended ...
26 wrz 2023 · How to calculate and analyze the power and efficiency of a BLDC motor. Motor efficiency = mechanical power / electrical power = (torque * RPM) / (R * current... This article explains the key formulas for calculating brushless motor efficiency and shows how they can be used in experimental situations.
The battery is one of a UAV's most critical and potentially volitile components. There are three important specifications to consider during battery selection: voltage, max current discharge, and capacity. Each parameter is heavily dependent on the battery's chemistry. Part 1: Battery Construction
How much energy will drone batteries consume if I have the following inputs, By using provided GPS flight path data I've calculated total horizontal distance using Haversine formula, and multiplying this distance with provided horizontal speed I've total horizontal flying time.
