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Customizable Drone Smart BMS 4-10S 60A Drone Battery BMS with UAVDRONE
Customizable UAV / Drone Smart BMS
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Customizable Drone Smart BMS 4-10S 60A Drone Battery BMS with UAVDRONE

Product Introduction

Designed for high-performance UAV powerpacks, the Drone Battery BMS is a smart management system that can be customized.

It provides steady, dependable power for industrial applications and supports LiFePO4 and 4–10S lithium-ion batteries with a continuous discharge of 60A.

It maintains each cell's discipline using CAN/RS485/UART communication, adaptive protection, and precision balance, enabling drones to lift, spray, rescue, survey, and transport with steadfast confidence.

  • Model Series PCM-L10S60-N99(A-2)
  • Battery Type Li-ion,Lithium polymer,semi-solid
  • Series (S) 4S–10S
  • Rated Voltage 12.8V-32V
  • Active Balance /
  • Continuous Discharge Current 60A
  • Communication Protocols UART / Drone UAV CAN / RS485
  • Size L100 * W55 * T16 mm
  • Application Fields Plant-Protection Drones, Cargo-Lifting UAVs, Rescue Drones, Survey & Mapping Drones, Logistics & Delivery Drones
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Key Features

Every good flight has a subtle architecture of balance and control.By maintaining each cell's alignment, protection, and readiness to rise whenever the mission demands it, our Drone Battery BMS gives precision to chaos.Its characteristics serve as the foundation that enables drones to haul bigger objects, fly farther, and withstand wind and sky conditions.

For more information or technical support, feel free to contact us.

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    Adaptive Power Control for Professional UAVs

    Even in the face of abrupt torque demands, each cell remains calm thanks to intelligent current and voltage dispatching.

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    Full Communication Link — CAN/RS485/UART

    Flight computers with real-time telemetry allow for safer mission planning and more intelligent energy forecast.

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    High-Accuracy Balancing

    Maintains consistency throughout heavy-load operations by swiftly balancing cells.

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    Configurable for Any Drone System

    Because all of the primary thresholds may be changed, the BMS can be tailored to a variety of UAV mission profiles.

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    Lightweight PCB, High Current Path

    While guaranteeing a steady 60A discharge, the compact board design reduces weight.

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    Complete Multi-Level Protection

    The system is protected during every stage of flight by over-voltage, under-voltage, over-current, short-circuit, and thermal safeguards.

APPLICATIONS

This Drone Battery BMS becomes the silent protector behind each mission in the sky where durability and precision collide. It provides the constant pulse that keeps every UAV moving with purpose, whether it is lifting weight, mapping terrain, or saving lives.
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Plant-Protection Drones 

Provides a steady, high-current output for spraying missions with heavy loads.
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Cargo-Lifting UAVs 

Guarantees steady energy delivery and safe torque surges for lifting activities.
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Rescue Drones 

Dependability in harsh circumstances, such as temperature changes, abrupt movements, and emergency acceleration.
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Survey & Mapping Drones

Long-term stability for long flight times and precision missions.
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Logistics & Delivery Drones

For multi-trip operations, smooth discharge curves and precise SOC reporting are essential.
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Details DISPLAY

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Why Choose Us

We are your trusted partner for scalable, intelligent, high-current BMS systems, regardless of whether your company manufactures electric cars, supplies battery packs, or integrates systems. We can power your next breakthrough.

21+ Years of Industry Experience

With over 21 years of expertise in battery management and power solutions, we are well-positioned to comprehend the needs of the expanding electric vehicle and energy storage markets.
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Innovative R&D Capabilities

Whether it's through integrated software platforms or innovative BMS design, our dedicated R&D team never stops pushing the boundaries of technology to provide smarter, safer, and more effective products to the market.
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Proven Product Reliability

Our BMS and power solutions are rigorously tested in severe settings to ensure endurance, stability, and optimal performance in real-world applications such as golf carts, motorbikes, forklifts, and energy storage systems.
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Customization and OEM/ODM Services

We offer a variety of customization options to meet your specific needs, including form factors, wireless modules, communication protocols, and battery types.
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Comprehensive Technical Support

From pre-sales advice to post-purchase assistance, our technical staff is available around-the-clock to help you with setup, integration, and troubleshooting.
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Certifications and Compliance

Since we closely adhere to international standards like CE, IEC62109, VDE, and CQC, every product we sell is of the highest quality and safety.
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Our Certificates

 Our Certificates
Frequently Ask Questions
For more information or technical support, feel free to contact us.
INQUIRY

Q1: How do I wake up my BMS battery?

A: A Battery Management System (BMS) can be momentarily powered by a working battery, a charger with a low-voltage or recovery mode, or a physical reset button, if one is available. Similar to jump-starting an automobile, the most common method is temporarily connecting the positive and negative terminals of a fully charged battery to the "dead" battery using jumper cables.

Q2: Can I run a lithium battery without BMS?

A: A BMS is absolutely necessary for charging any lithium in series; not using one is incredibly unprofessional and a ticking time bomb.

Q3: Which is better 18650 or 21700 for drones?

A: Higher Energy Density: The 21700 cell has a higher energy density (Wh/kg) than the 18650, allowing for longer runtimes and higher capacity. When extended working times are essential, this is ideal for robotics or unmanned aerial vehicles.

Q4: What does BMS do for battery?

A: BMS stands for Battery Management System. The BMS protects against cell damage, which is usually brought on by external short circuiting, excessive or insufficient voltage, excessive current, or high heat. The BMS will switch off the battery to protect the cells from hazardous operating conditions.

Q5: How to reset BMS battery?

A: A battery management system (BMS) can be reset by disconnecting the battery for ten to thirty minutes or, if the device has a specific reset button, by finding and pressing it. If the battery is in under-voltage protection mode, you can connect a compatible charger or temporarily connect a functional battery using jumper cables to "wake up" the BMS for a fast reset without a button. Before attempting any reset method, always refer to the device's handbook for precise instructions.

Q6: How to activate bms battery?

A: Connect the load or charger to the P- port on the BMS board. Verify that every connection is accurate and safe. To activate the BMS, briefly press the button on the display. The battery voltage, current, temperature, and other information should be visible on the display along with a buzzer sound.