High Energy Density Drone Batteries
Maximize Flight Time & Performance
ViBMS delivers cutting-edge high energy density batteries up to 420Wh/kg, enabling longer flight times, higher payload capacity, and maximum efficiency for your drone operations.
What is High Energy Density Battery?
High energy density batteries are designed to store more energy per unit of weight or volume, making them ideal for drones where flight time, payload capacity, and efficiency are critical. By delivering maximum watt-hours (Wh) in compact, lightweight formats, they enable drones to fly longer and perform more complex missions.
Key Features of Our High Energy Density Batteries
Engineered for maximum performance, our batteries deliver exceptional energy density while maintaining safety and reliability standards.
Exceptional Energy-to-Weight Ratio
Maximize flight time with up to 420Wh/kg energy density, significantly outperforming standard batteries.
- 250-420 Wh/kg density range
- Extended operational range
- Reduced battery weight
Multiple Chemistry Options
Choose from Li-ion, LiPo, or semi-solid state chemistries to match your specific application needs.
- Semi-solid state technology
- High-performance Li-ion
- Optimized LiPo solutions
Flexible Configurations
Wide range of capacity and voltage options from 5Ah to 100Ah, 1S to 24S configurations.
- 5-100Ah capacity range
- 1S-24S configurations
- Custom form factors
Battery Specifications & Configurations
Comprehensive specifications for 6S, 12S, 14S, and 18S configurations to meet diverse drone application requirements.
General Specifications
Weight Formula
Popular Configuration Examples
Detailed specifications for common drone battery configurations with recommended applications.
6S Configuration (22.2V Nominal / 25.2V Full Charge)
| Capacity (mAh) | Capacity (Ah) | Config | Nominal Voltage (V) | Energy (Wh) | Est. Weight (kg) | Recommended Use |
|---|---|---|---|---|---|---|
| 10,000 | 10 Ah | 6S | 22.2 | 222 Wh | 0.529–1.009 | FPV drones, racing drones |
| 12,000 | 12 Ah | 6S | 22.2 | 266 Wh | 0.634–1.211 | Small UAVs, mapping drones |
| 16,000 | 16 Ah | 6S | 22.2 | 355 Wh | 0.846–1.615 | Medium drones, inspection |
| 22,000 | 22 Ah | 6S | 22.2 | 488 Wh | 1.163–2.220 | Survey drones, heavy FPV |
| 27,000 | 27 Ah | 6S | 22.2 | 599 Wh | 1.427–2.725 | Agriculture UAVs |
| 35,000 | 35 Ah | 6S | 22.2 | 777 Wh | 1.850–3.532 | Delivery drones (short range) |
| 44,000 | 44 Ah | 6S | 22.2 | 976 Wh | 2.326–4.440 | Industrial UAVs |
| 52,000 | 52 Ah | 6S | 22.2 | 1154 Wh | 2.749–5.247 | Long flight-time UAVs |
| 88,000 | 88 Ah | 6S | 22.2 | 1954 Wh | 4.651–8.880 | Large cargo drones |
12S Configuration (44.4V Nominal / 50.4V Full Charge)
| Capacity (mAh) | Capacity (Ah) | Config | Nominal Voltage (V) | Energy (Wh) | Est. Weight (kg) | Recommended Use |
|---|---|---|---|---|---|---|
| 10,000 | 10 Ah | 12S | 44.4 | 444 Wh | 1.057–2.018 | Professional filming drones |
| 12,000 | 12 Ah | 12S | 44.4 | 533 Wh | 1.269–2.422 | Mapping and LiDAR UAVs |
| 16,000 | 16 Ah | 12S | 44.4 | 711 Wh | 1.691–3.229 | Heavy-lift photography |
| 22,000 | 22 Ah | 12S | 44.4 | 976 Wh | 2.326–4.440 | Survey & inspection drones |
| 27,000 | 27 Ah | 12S | 44.4 | 1199 Wh | 2.854–5.449 | Industrial inspection UAVs |
| 35,000 | 35 Ah | 12S | 44.4 | 1554 Wh | 3.700–7.073 | Long-range surveillance |
| 44,000 | 44 Ah | 12S | 44.4 | 1954 Wh | 4.651–8.880 | Delivery drones |
| 52,000 | 52 Ah | 12S | 44.4 | 2309 Wh | 5.497–10.494 | Agriculture spraying drones |
| 88,000 | 88 Ah | 12S | 44.4 | 3898 Wh | 9.303–17.760 | Cargo or endurance drones |
14S Configuration (51.8V Nominal / 58.8V Full Charge)
| Capacity (mAh) | Capacity (Ah) | Config | Nominal Voltage (V) | Energy (Wh) | Est. Weight (kg) | Recommended Use |
|---|---|---|---|---|---|---|
| 10,000 | 10 Ah | 14S | 51.8 | 518 Wh | 1.233–2.354 | High-power UAVs |
| 12,000 | 12 Ah | 14S | 51.8 | 621 Wh | 1.481–2.825 | Mapping & industrial UAVs |
| 16,000 | 16 Ah | 14S | 51.8 | 829 Wh | 1.974–3.767 | Survey & delivery drones |
| 22,000 | 22 Ah | 14S | 51.8 | 1140 Wh | 2.714–5.180 | Heavy-lift drones |
| 27,000 | 27 Ah | 14S | 51.8 | 1399 Wh | 3.330–6.357 | Long-range agriculture |
| 35,000 | 35 Ah | 14S | 51.8 | 1813 Wh | 4.317–8.241 | Delivery UAVs |
| 44,000 | 44 Ah | 14S | 51.8 | 2279 Wh | 5.427–10.360 | Industrial monitoring |
| 52,000 | 52 Ah | 14S | 51.8 | 2694 Wh | 6.413–12.243 | Energy drones, survey |
| 88,000 | 88 Ah | 14S | 51.8 | 4558 Wh | 10.853–20.720 | Cargo UAVs, large drones |
18S Configuration (66.6V Nominal / 75.6V Full Charge)
| Capacity (mAh) | Capacity (Ah) | Config | Nominal Voltage (V) | Energy (Wh) | Est. Weight (kg) | Recommended Use |
|---|---|---|---|---|---|---|
| 10,000 | 10 Ah | 18S | 66.6 | 666 Wh | 1.586–3.027 | High-performance UAVs |
| 12,000 | 12 Ah | 18S | 66.6 | 799 Wh | 1.904–3.633 | Industrial UAVs |
| 16,000 | 16 Ah | 18S | 66.6 | 1066 Wh | 2.538–4.844 | Inspection & delivery |
| 22,000 | 22 Ah | 18S | 66.6 | 1465 Wh | 3.488–6.660 | Agriculture UAVs |
| 27,000 | 27 Ah | 18S | 66.6 | 1798 Wh | 4.281–8.173 | Long-range drones |
| 35,000 | 35 Ah | 18S | 66.6 | 2331 Wh | 5.555–10.595 | Cargo drones |
| 44,000 | 44 Ah | 18S | 66.6 | 2930 Wh | 6.977–13.320 | Heavy-duty UAVs |
| 52,000 | 52 Ah | 18S | 66.6 | 3463 Wh | 8.246–15.742 | Survey & endurance drones |
| 88,000 | 88 Ah | 18S | 66.6 | 5861 Wh | 13.955–26.640 | Military / large logistics UAVs |
Importance of Energy Density in Drones
Energy density directly impacts your drone's operational capabilities, determining flight duration, payload capacity, and overall mission efficiency. Higher Wh/kg ratios translate to superior performance.
Extended Flight Time & Range
Directly impacts flight time and payload capacity with longer operational range
Reduced Battery Swaps
Eliminates the need for frequent battery changes during extended missions
Improved ROI
Key factor for commercial and industrial drones maximizing efficiency and profitability
Customization Options (OEM/ODM)
We offer tailored solutions to meet specific drone requirements with custom voltage, capacity, and form factors optimized for your UAV integration needs.
Custom Parameters
- Custom voltage and capacity configurations
- Optimized form factors for UAV integration
- Capacity: 500mAh-200Ah
- Voltage: 3.2V-100V
- Discharge Rate: 1C-200C
Advanced Features
- High energy Li-ion, LiPo, or semi-solid state chemistries
- Ruggedized, waterproof, and aviation-grade designs
- Integration with advanced Battery Management Systems (BMS)
- Global certification compliance (UN38.3, CE, UL, RoHS)
Safety & Certifications
Our high energy density drone batteries are manufactured to meet international safety standards with comprehensive testing and quality assurance protocols.
UN38.3 Certified
Safe transport certification for air and sea shipping worldwide
CE & RoHS
Environmental and consumer compliance for European markets
UL Certification
Independent product validation for safety and performance
ISO 9001
Certified manufacturing quality management system
In-House Testing
Comprehensive cycle life, vibration, drop, and thermal testing
MSDS Compliant
Material Safety Data Sheet compliance for global shipping
Advantages of High Energy Density
Drone Batteries
Experience superior performance with batteries engineered for maximum efficiency, longer endurance, and enhanced operational capabilities across all drone applications.
Longer Endurance Flights
Critical for surveillance and delivery drones requiring extended operational time
Higher Payload Capacity
Carry more equipment without compromising flight duration or performance
Improved Power Efficiency
Mission-critical UAV operations with optimized energy consumption
Enhanced Maneuverability
Reduced battery weight improves drone agility and flight characteristics
Applications in the Drone Industry
Our high energy density batteries power diverse drone applications across consumer, professional, industrial, and specialized sectors.
Consumer Drones
Extended recreational flight sessions for photography and entertainment
- Longer flight time
- Better photo/video quality
- Enhanced user experience
Professional UAVs
Photography, filming, and mapping missions requiring reliability
- Professional cinematography
- Survey and mapping
- Real estate photography
Industrial Drones
Agriculture, inspection, surveying, and delivery applications
- Agriculture spraying
- Infrastructure inspection
- Package delivery
Military & Aerospace
Long endurance, high reliability missions in challenging environments
- Surveillance operations
- Reconnaissance missions
- Border monitoring
Emergency & Medical
Urgent supply delivery with extended range for critical missions
- Medical supply delivery
- Search and rescue
- Disaster response
Entertainment
Drone light shows and performance applications
- Light show performances
- Synchronized formations
- Event entertainment
Frequently Asked Questions
Common questions about high energy density drone batteries and our solutions.
What is the maximum energy density you can achieve?
Our semi-solid state batteries can reach up to 420Wh/kg, significantly higher than traditional Li-ion batteries at 250Wh/kg.
How do high energy density batteries affect flight time?
Higher energy density can increase flight time by 50-75% compared to standard batteries, depending on the drone and flight conditions.
Are high energy density batteries safe for drone use?
Yes, our batteries meet all international safety standards including UN38.3, CE, and UL certifications with comprehensive safety testing.
What is the typical cycle life of these batteries?
Depending on the chemistry and usage, our high energy density batteries offer 500-1200+ charge cycles with proper maintenance.
Can you customize the battery shape and size?
Absolutely. We offer complete OEM/ODM customization including form factor, capacity, voltage, and connector specifications.
What's the difference between Li-ion, LiPo, and semi-solid state?
Semi-solid state offers the highest energy density (420Wh/kg), Li-ion provides good balance (300Wh/kg), and LiPo offers high discharge rates (250Wh/kg).
How do I choose the right configuration for my drone?
Consider your drone's voltage requirements, power consumption, weight limits, and flight time goals. Our engineers can help optimize the configuration.
What is the minimum order quantity for custom batteries?
MOQ varies by customization level, typically starting from 100 units for standard modifications and 500+ for completely custom designs.
Do you provide Battery Management System (BMS)?
Yes, we integrate advanced BMS with features like overcharge protection, temperature monitoring, and cell balancing for optimal performance.
What is the typical lead time for custom orders?
Standard customizations: 2-3 weeks. Complex custom designs: 4-6 weeks. We provide detailed timeline estimates for each project.
Ready to Power Your Drone Innovation?
Contact our battery experts to discuss your high energy density requirements and get a custom solution tailored to your drone applications.
Why Choose ViBMS?
- 10+ years of lithium battery manufacturing experience
- Specialization in drone-specific high energy density solutions
- Complete OEM/ODM customization capabilities
- Global certification and compliance support
- Competitive pricing with unmatched reliability