
ur batteries are engineered with advanced lithium-ion chemistry and a proprietary low-impedance electrolyte, enabling a sustained 3C charge rate without compromising cell stability.
80% Charge in 15 Minutes
Compared to standard 1C batteries that require 60–90 minutes to charge, our 3C technology slashes downtime by over 70%.
The "2-Battery-1-Drone" Continuous Workflow
For operators, this means Zero Waiting Time. You no longer need to carry 6–10 batteries to the field. With a 3C fast-charge cycle, 3 batteries are enough to keep one drone in the air indefinitely (2 charging, 1 flying). This drastically reduces your initial investment in battery inventory but doubles your daily operational acreage.
High-Rate Cell Chemistry & Multi-Tab Ultrasonic Welding
Low-impedance electrode design and Z-stack structures,allows for a sustained high-current output of 30C+ Burst and 15C Continuous discharge.
Minimal Voltage Sag & Superior Thermal Stability
While standard batteries experience a "voltage drop" under heavy load—causing power loss—our cells maintain a flat discharge curve. By reducing internal resistance (IR < 0.8mΩ), we minimize heat generation during peak output for aggressive maneuvers.
Ultimate Control & Mission Safety
Precision Maneuvering: When drone fighting strong headwinds, you get instantaneous throttle response.
Prevent "Low-Voltage" Crashes: Eliminate the risk of sudden power-offs during high-torque demands (like emergency braking or rapid climbing), protecting your expensive equipment and payloads.
Extended Hardware Life: Stable voltage means your ESCs and motors run more efficiently, reducing wear and tear.
Our batteries integrate A-Grade High-Stability NMC cells(Wide-Temperature Electrolyte) with a High-Efficiency Heat Dissipation housing.
Zero Performance Degradation in Extreme Environments
Unlike standard batteries that lose up to 40% capacity in freezing temperatures or risk thermal runaway in high heat, our technology maintains 95% energy retention in sub-zero conditions.
Fly and Store Anywhere, Anytime
Stop waiting for the weather to clear. Whether it’s an early spring spraying mission in 0°C or a mid-summer survey in 45°C, your drones stay in the air with consistent power delivery .
High-Nickel NCM Chemistry
The cell of this batteries achieve a gravimetric energy density of up to 195Wh/kg and a volumetric density exceeding 405Wh/L.
More Power, Less Mass
Compared to conventional lithium batteries, our cells offer a 20-30% increase in energy storage within the exact same physical footprint. This is achieved through a proprietary "stacking" process that minimizes dead space and a lightweight, high-strength composite casing that reduces "parasitic" weight without sacrificing structural integrity.
Extended Range & Maximum Payload Capacity
For UAV Operators: Every gram saved is a second earned. Our high density extends flight times, allowing for larger area coverage per mission or the ability to carry heavier.
Lower Transport Costs: Since you get more energy per kilogram, shipping and logistics costs per kWh are significantly reduced, improving your overall bottom line.
Suitable for multiple commercial professional drone systems. There are many smart features, which include data collection, safety reminder, power calculation, automatic balancing,charging reminder, abnormal-status alarm, data transmission and more.
The Herewin Pro+ 14S 22000mAh pack represents a new standard in smart, high-performance drone batteries, meeting the needs of modern UAV manufacturers, integrators, and enterprise end users looking for stable energy delivery, advanced safety protections, and optimized operational efficiency.
| Nominal Voltage (V) | 22.2 |
| Capacity (mAh) | 16000 |
| WH | 355.2 |
| Max. Discharge Current | 25C |
| Max. Charge Current | 2-3C |
| Connector Type | XT90-S (optional) |
| Dimensions (mm) | 78×76×193mm(L*W*H) |
| Net Weight (kg) | 2.2 |
| Life Cycle | ≥600 |