Commercial & Industrial Energy Storage
Almacenamiento de energía comercial e industrial
Home Energy Storage
Almacenamiento de energía en el hogar
Drones
Drones
Telecom Backup Power
Energía de reserva para telecomunicaciones
Low-Speed Electric Vehicle
Vehículos eléctricos de baja velocidad
RV Power
Potencia para vehículos recreativos
Forklift Battery
Carretilla elevadora
Lead-to-Lithium Conversion
Conversión de plomo en litio
Skip image slider
44.4V 40Ah Anode-Free UAV Battery
44.4V 40Ah Anode-Free UAV Battery

Herewin 3C 12S1P 44.4V 40000mAh Anode-Free UAV Battery | 495Wh/kg

495Wh/kg high energy density 12S1P 44.4V 40000mAh anode-free UAV battery with a lightweight 3860g design, developed for patrol drones, inspection and mapping UAVs, and long-endurance aerial platforms requiring large energy capacity and efficient weight management.

· 495Wh/kg high energy density technology for long-endurance UAV applications
· Anode-free battery design for ultra-lightweight drone power systems
· 40000mAh large capacity with only 3860g battery pack weight
· 12S1P 44.4V power platform for patrol and inspection mapping UAVs
· 3C discharge with 0.2C maximum charging rate

44.4V 40Ah Anode-Free UAV Battery Technical Data

Model J1174170
Configuration 12S1P
Nominal Voltage 44.4V
Capacity 40000mAh (40Ah)
Battery Type Anode-Free Lithium Alloy UAV Battery
Densidad energética 495Wh/kg
Discharge Rate 3C
Max. Charging Rate 0.2C
Net Weight 3860g (±100g)
Dimensions 169(T) × 79(W) × 196(H) mm
Recommended Applications Patrol Drone / Inspection & Mapping Drone / Long-Endurance UAV / Industrial Inspection UAV
Connector Options XT90S / AS150U / QS8 (subject to engineering confirmation)

44.4V 40Ah Anode-Free UAV Battery Description

44.4V 40Ah Anode-Free UAV Battery Overview

44.4V 40Ah Anode-Free UAV Battery is developed for professional UAV platforms requiring high energy density, large energy capacity, reduced battery weight, and extended flight endurance. Featuring a 12S1P configuration, 44.4V nominal voltage, 40000mAh capacity, 3C discharge capability, and 495Wh/kg high energy density technology, this battery is particularly suitable for patrol drones, inspection and mapping UAVs, and long-endurance aerial platforms.

Based on advanced anode-free lithium alloy battery technology, this battery provides a lightweight energy storage solution for specialized UAV applications. With a net weight of approximately 3860g and dimensions of 169 × 79 × 196mm, it offers a 40Ah power option for drone manufacturers seeking greater onboard energy reserves while managing aircraft weight and installation requirements.

495Wh/kg High Energy Density for Long-Endurance UAV Applications

The key advantage of the 44.4V 40Ah Anode-Free UAV Battery is its 495Wh/kg high energy density technology. For endurance-focused UAV systems, battery energy capacity and weight are essential factors affecting aircraft performance, mission duration, and payload integration.

With 40000mAh capacity and a 44.4V nominal voltage, this battery provides a larger nominal energy reserve than lower-capacity configurations within the same voltage class. This makes it particularly relevant for UAV projects that require extended aerial operations and reduced dependence on frequent battery changes.

The anode-free lithium alloy battery platform supports the development of advanced lightweight power systems for professional aircraft. Actual flight endurance depends on propulsion efficiency, aircraft weight, operating current, payload requirements, and flight conditions.

Ultra-Lightweight Battery Solution for Patrol Drones

Patrol drones are commonly used for perimeter monitoring, route observation, aerial surveillance, and extended security inspection. These applications often require the aircraft to remain airborne over planned flight routes while maintaining sufficient energy reserves for safe mission completion.

The 44.4V 40Ah Anode-Free UAV Battery combines a large 40Ah capacity with a 3860g battery structure, making it a suitable power option for compatible patrol UAVs where battery weight and endurance are important design considerations.

Its 3C discharge rating is suited to endurance-oriented aircraft operating with moderate and predictable power demands. Rather than targeting extreme acceleration or high-current burst performance, this battery is intended for stable cruising and mission-focused energy delivery.

Optimized for Inspection and Mapping UAV Missions

Inspection and mapping UAVs are frequently deployed for aerial photogrammetry, terrain surveying, infrastructure observation, and geospatial data collection. These applications often require consistent flight performance across predetermined routes and sufficient battery capacity to complete large-area inspection tasks.

The 44.4V 40Ah Anode-Free UAV Battery provides a high-energy-density power solution for mapping drones and inspection platforms requiring a 12S battery system.

Its 40000mAh capacity allows UAV manufacturers to evaluate longer mission profiles while maintaining a weight-conscious battery design. This can be particularly valuable for aerial platforms equipped with mapping cameras, surveying sensors, and other relatively low-power mission equipment.

40Ah Large Capacity for Extended Aerial Operations

One of the main characteristics of this battery is its large 40000mAh capacity. For long-endurance UAV platforms, sufficient energy reserves are essential for maintaining operational flexibility across different mission distances and environmental conditions.

The combination of 44.4V nominal voltage, 40Ah capacity, and advanced anode-free battery technology makes this model suitable for specialized aircraft development projects that prioritize energy storage efficiency.

For patrol and mapping UAV operators, higher energy capacity can provide additional flexibility in mission planning, although the actual available flight time must be confirmed through aircraft-level testing.

Compact 12S Battery Integration and Lightweight Design

With a net weight of 3860g (±100g) and dimensions of 169(T) × 79(W) × 196(H) mm, the battery provides a compact power configuration for compatible 12S UAV platforms.

Battery integration should consider compartment dimensions, mounting structure, cable routing, aircraft center of gravity, and electrical requirements.

Connector options such as XT90S, AS150U, and QS8 can be evaluated depending on the aircraft’s operating current and installation requirements. Final connector selection and wiring specifications are subject to engineering confirmation.

3C Discharge and Controlled 0.2C Charging

The 44.4V 40Ah Anode-Free UAV Battery features a 3C discharge rating and supports a maximum charging rate of 0.2C. This configuration is intended for UAV applications that prioritize high energy capacity and lightweight battery design rather than rapid charging or extreme high-current discharge.

Charging equipment must be compatible with the battery’s voltage configuration and charging requirements. For professional UAV integration, charging current, voltage settings, connector design, and the complete aircraft operating profile should be reviewed before deployment.

Explore More Herewin UAV Battery Solutions

Explore our high energy density UAV batteries for additional lightweight drone power solutions, or browse our drone battery chargers for suitable charging equipment.

For battery technology updates and professional UAV applications, follow Herewin on LinkedIn and watch our product videos on YouTube. You can also find our latest product updates on Facebook, Instagram, and TikTok.

44.4V 40Ah Anode-Free UAV Battery Applications

The 44.4V 40Ah Anode-Free UAV Battery is designed for advanced UAV platforms requiring high energy density, large battery capacity, and efficient weight management. Featuring 495Wh/kg energy density technology, 40000mAh capacity, 3C discharge, and a 3860g battery structure, this model is particularly suitable for patrol drones, inspection and mapping UAVs, and long-endurance aerial applications.

Patrol Drone

Suitable for patrol UAVs performing perimeter observation, route monitoring, and extended aerial inspection missions. Its 40Ah capacity provides a substantial energy reserve for compatible patrol platforms requiring stable cruising and endurance-focused operation.

Inspection & Mapping Drone

For mapping UAVs and aerial survey platforms, this battery offers a high-energy-density solution for planned flight routes, infrastructure inspection, terrain mapping, and aerial data collection. The lightweight-focused design supports aircraft projects where onboard energy storage and payload integration need to be carefully balanced.

Long-Endurance UAV

The 495Wh/kg anode-free lithium alloy battery platform is particularly relevant for UAV manufacturers developing aircraft with extended flight endurance requirements. Its 40Ah capacity and weight-conscious design provide an energy storage option for specialized missions where longer airborne operation is a priority.

Industrial Inspection UAV

For industrial inspection platforms carrying cameras, sensors, or monitoring equipment, this battery provides a 44.4V power option for compatible 12S aircraft. Operating current, payload weight, and mission duration should be evaluated to confirm suitability.

44.4V 40Ah Anode-Free UAV Battery Detail Display

Productos relacionados

Herewin 3C 18S1P 66.6V 30000mAh Anode-Free UAV Battery

· Anode-free battery technology for lightweight, endurance-focused UAV platforms
· 30000mAh capacity with a 4260g high-voltage battery pack
· 18S1P 66.6V architecture for professional patrol and mapping UAVs
· 3C discharge capability for steady, endurance-oriented flight missions
· Compact 200 × 79 × 196mm design with 0.2C maximum charging rate

Herewin 3C 6S1P 22.2V 25000mAh Anode-Free UAV Battery | 490Wh/kg

· 490Wh/kg high energy density platform for long-endurance UAV applications
· Anode-free battery design for ultra-lightweight drone power systems
· 25000mAh capacity with only 1400g pack weight
· 6S1P 22.2V platform for patrol and inspection mapping drones
· 3C discharge for stable low-current endurance-focused flight missions

24S2P 88.8V 90000mAh Semi-Solid UAV Battery | 15C 320Wh/kg

· 320Wh/kg high energy density for longer usable endurance
· 15C discharge for stable heavy-duty UAV output
· 24S2P 88.8V high-voltage platform for large industrial drone systems
· 90000mAh large-capacity reserve with 26300g pack weight
· Recommended connector options: QS10 / QS12 / AS150U, final connector can be customized

100C 6S1P 22.8V 8000mAh FPV Battery | XT60 Option

· 100C discharge for strong FPV burst output
· 2C charging for faster turnaround between flights
· 8000mAh 6S pack with 1034 g high-capacity structure
· Suitable for 8 inch X8, 10 inch, hexacopter, 13 inch carbon frame, and 15 inch FPV drones
· XT60 is a common connector option and can be customized

 

100C 6S 23.1V 8500mAh FPV Battery

· 100C discharge for strong FPV burst output
· 2C charging for faster turnaround between flights
· 8500mAh 6S pack with 920 g high-capacity structure
· Suitable for 10 inch to 15 inch FPV drone platforms
· Built for FPV setups needing more reserve without losing throttle response

Noticias relacionadas

Large-frame FPV drone airframe on an engineering workbench beside two battery packs of different cell types, a multimeter connected to a pack connector, and a discharge curve on a laptop screen
A system-matching guide to FPV battery selection for 13–15 inch platforms: voltage, chemistry, internal resistance, mass, and flight-time estimation. *(149 characters — within the ≤150 limit)*
Industrial heavy-lift cargo drone with a high-energy-density lithium battery pack integrated into the airframe
Which 500Wh/kg lithium-metal UAV batteries are usable today, which are still lab-stage, and the four questions to ask every supplier before you commit.
FPV Drone

In long-range FPV flying, battery selection affects far more than flight time alone. It directly influences throttle response, cruising stability, […]

Compare 4S, 6S, 12S, and 14S batteries by power, heat, and efficiency. Learn how voltage affects performance in drones, RC models, and industrial systems.

Request a Quote for 44.4V Anode-Free UAV Battery

Contact Herewin with your UAV model, required voltage, operating current, payload weight, target flight endurance, and connector requirements. Our technical team can help evaluate battery compatibility and recommend a suitable configuration for your project.

Formulario de contacto (#3)
es_ESEspañol
Ir arriba

Obtenga un presupuesto gratuito ahora

Formulario de contacto (#3)
Si tiene alguna pregunta, no dude en ponerse en contacto con nosotros.