Batterie FPV Drone 15 inch

A powerful and high-capacity solution for larger unmanned aerial vehicles, two 8S 10000mAh 35C LiPo batteries with XT60 plugs, typically wired in parallel, are ideal for powering a 15-inch drone. This configuration is designed for highly demanding professional applications such as heavy-lift transport, advanced aerial cinematography with high-end cameras, precise industrial surveying, or extended long-range flight missions where maximum endurance, stable power delivery, and robust performance are paramount.

Here's a detailed breakdown of the components and their collective capabilities for a 15-inch drone:

Individual Battery Specifications (per pack):

• 8S (Cell Count): Each battery consists of eight lithium polymer cells connected in series, providing a high nominal voltage of 29.6V (8 x 3.7V). This elevated voltage is critical for efficiently driving the large motors and propellers typical of a 15-inch drone, enabling significant thrust, higher rotational speeds, and improved overall system efficiency compared to lower-voltage setups, which is vital for managing the power demands of a larger airframe and its payload.

• 10000mAh (Milliampere-hour): This is a very substantial capacity, indicating a large energy reserve within a single pack. This high capacity is fundamental for achieving prolonged flight times, directly addressing the greater power consumption inherent in operating a drone of this size.

• 35C (Discharge Rate): The "C" rating denotes the continuous discharge rate of the battery. For a 10000mAh (10Ah) battery, a 35C rating means it can continuously deliver 350 Amps (10 Ah x 35C = 350A). This high continuous current capability is essential for meeting the significant and sustained power demands of a large drone during hover, aggressive maneuvers, or when encountering headwinds, preventing performance degradation due to voltage sag.

• XT60 Plug: This is a widely adopted and generally reliable connector in the drone industry, typically rated for continuous currents of around 60A. It's crucial to note that while the battery itself is capable of delivering up to 350A, the XT60 plug would be a bottleneck if the drone were to draw consistently high currents approaching that maximum. For a 15-inch drone with potentially very high current requirements, it is more common to see higher-rated connectors like XT90 or AS150 for the main power input. If XT60 is specified, it implies that either the drone's actual continuous draw stays within the safe limits of the XT60 per battery, or that these are not the sole primary power connections.

Dual Battery Setup (x2 in parallel) for a 15-Inch Drone:

When these two identical 8S 10000mAh batteries are connected in parallel to power the drone, the following combined specifications are achieved:

• Voltage Remains 8S (29.6V): The high operational voltage is maintained, ensuring consistent and powerful energy delivery to the drone's propulsion system.

• Effective Capacity Doubles to 20000mAh (20Ah): This creates an extremely large total energy reservoir. A 20000mAh capacity provides unparalleled flight endurance, making this setup ideal for the longest possible missions, carrying very heavy payloads for extended periods, or operating in environments where frequent battery changes are impractical.

• Effective Continuous Discharge Rate Doubles (700 Amps combined theoretical): While each XT60 connector has its own limit, the combined theoretical current delivery capability of the cells themselves is massive (2 x 350A = 700A). This provides a substantial current overhead, ensuring that even under peak demands (e.g., rapid ascent with a heavy payload), the drone receives stable and responsive power without significant voltage drop, provided the rest of the electrical system can handle it.

Suitability for a 15-Inch Drone:

This dual 8S 10000mAh battery configuration is exceptionally well-suited for a 15-inch drone for the following reasons:

• Unmatched Endurance: The colossal 20000mAh combined capacity is the primary advantage, enabling significantly extended flight times crucial for professional applications requiring long operational windows.

• Optimal Power and Efficiency: The 8S voltage provides the ideal power for the large motors and propellers found on a 15-inch drone, contributing to efficient thrust generation, stable flight characteristics, and the ability to handle substantial payloads.

• Robust Current Delivery for Heavy Loads: The high discharge capability ensures that the drone has ample current on demand, essential for lifting and maneuvering heavy equipment (like high-end cameras or LiDAR systems) and for maintaining stability in challenging conditions.

• Professional Reliability: This high-capacity, high-voltage setup offers a robust and dependable power source, which is critical for commercial operations where mission success and equipment safety depend on consistent power.

In conclusion, this dual 8S 10000mAh 35C XT60 LiPo battery setup provides a cutting-edge power solution, making a 15-inch drone capable of performing the most demanding, long-duration, and heavy-payload professional aerial tasks. It is imperative that the drone's power distribution board and all wiring are engineered to safely handle the immense currents these batteries are capable of supplying.