|
Quantity
|
Out of stock
|
||
|
|
|||
|
|
|||
8S3P 12000 mAh Battery: Power for Heavy-Duty FPV Drones and Long-Range Missions
In today's aerial reconnaissance and strike missions, a reliable power source is critical. The 8S3P 12000 mAh battery pack is designed specifically for heavy-duty FPV platforms (9-13 inches) that require increased voltage and stable current output. The 8S (28.8V) configuration provides higher motor efficiency, allowing the drone to carry more payload over longer distances.
We use advanced Li-ion cells with low internal resistance, which prevents critical battery overheating during intensive maneuvering and operation in enemy electronic warfare zones.
Advantages of the 8S3P Configuration for Tactical Applications
The choice of the 8S3P assembly is due to the need to balance power and flight endurance. The high 28.8V nominal voltage allows the system to operate with lower currents for the same power, which reduces heating of the ESC and wiring.
- Maximum power 3024W: Ensures confident takeoff and maneuvering of heavy kamikaze drones or repeaters.
- Increased capacity 12Ah: Optimal for medium to long-range missions (15-25 km depending on the load).
- High current output: The maximum current of 105A allows the pilot to use "full throttle" at critical moments without a sharp drop in voltage.
- Endurance: Li-ion technology provides a higher energy density per unit weight compared to standard Li-Po batteries.
Technical and tactical characteristics (TTX)
These parameters have been confirmed by field tests and meet the requirements for operation in combat conditions under load.
| Parameter | Characteristic value |
|---|---|
| Battery type | Li-ion (Lithium-Ion) |
| Configuration | 8S3P |
| Voltage (nominal) | 28.8 V |
| Capacity | 12,000 mAh (12 Ah) |
| Maximum discharge current | 105 A |
| Peak Power | 3024 W |
| Power Cable | 12AWG / 10AWG (High Temperature Silicone) |
| Connectors | XT60 / XT90 (depending on modification) |
Why Do Professional Crews Choose Our Assemblies?
Assembly quality directly affects the survivability of expensive UAV equipment. We pay special attention to detail:
- Spot Welding: The connection of the elements is made with reinforced nickel tape, which can withstand vibrations and high ampere loads.
- Low internal resistance: Careful selection of cells ensures uniform discharge of all battery sections.
- Temperature stability: The battery operates stably at low temperatures, which is important for operation in winter.
Operator tip: To achieve maximum service life, we recommend discharging the assembly to at least 2.5 V per cell (20.0 V for the entire assembly) and storing it in Storage mode (3.6–3.7 V per cell).
Conclusion: Your advantage in range
The 8S3P 12000 mAh battery is the choice for challenging missions where compromise is impossible. It provides the necessary autonomy for deep reconnaissance and reliable power for strike operations. When every gram of weight and every minute of flight counts — Choose proven nutrition.
Tactical FAQ: Energy Heavyweight 8S3P
1.What is the internal structure of the 8S3P battery?
The assembly consists of 24 lithium-ion cells connected in eight series and three parallel groups. This configuration provides a high voltage while maintaining a significant capacity.
2. What are the voltage ratings of this system?
The nominal voltage of the battery is 29.6 V, and the full charge voltage reaches 33.6 V. The minimum safe discharge threshold under load is about 20.0 V.
3. What is the approximate weight of the 8S3P assembly?
The weight of the battery is approximately 1.7 to 1.9 kilograms. This parameter depends on the model of 21700 format cells used and the materials of the protective case.
4. What discharge current can such a battery produce?
The continuous discharge current is from 90 to 135 amperes depending on the type of installed cells. Peak loads during intensive maneuvering can briefly reach 180 amperes.
5. What power connectors are required for operation?
For work with high voltage, XT90-S connectors with spark protection or reinforced AS150 connectors are used. The use of smaller connectors will lead to critical overheating of the contact group.
6. What types of drones is this battery designed for?
This battery is designed for heavy-duty FPV platforms with propeller diameters of 10-13 inches. Its high energy capacity allows for long-range flights with payloads weighing up to 4 kilograms.
What is the approximate weight of an 8S3P battery pack?
The battery weighs approximately 1.7 to 1.9 kilograms. This parameter depends on the model of 21700 cells used and the materials of the protective case.
4. What discharge current can such a battery produce?
The continuous discharge current ranges from 90 to 135 amperes depending on the type of cells installed. Peak loads during intensive maneuvering can briefly reach 180 amperes.
5. What power connectors are required for operation?
For high-voltage operation, XT90-S connectors with spark protection or reinforced AS150 are used. Using smaller connectors will lead to critical overheating of the contact group.
6. What types of drones is this battery intended for?
The battery is designed for heavy FPV platforms with a propeller diameter of 10-13 inches. High energy capacity allows for long-distance flights with a payload weighing up to 4 kilograms.
What is the approximate weight of an 8S3P battery pack?
The battery weighs approximately 1.7 to 1.9 kilograms. This parameter depends on the model of 21700 cells used and the materials of the protective case.
4. What discharge current can such a battery produce?
The continuous discharge current ranges from 90 to 135 amperes depending on the type of cells installed. Peak loads during intensive maneuvering can briefly reach 180 amperes.
5. What power connectors are required for operation?
For high-voltage operation, XT90-S connectors with spark protection or reinforced AS150 are used. Using smaller connectors will lead to critical overheating of the contact group.
6. What types of drones is this battery intended for?
The battery is designed for heavy FPV platforms with a propeller diameter of 10-13 inches. High energy capacity allows for long-distance flights with a payload weighing up to 4 kilograms.