360WH/KG

Pinnacle 360Wh/kg Energy Density • Advanced Semi-Solid Chemistry • Factory Fresh Worldwide Tracked Air Shipping

The DXF 360Wh/kg Ultra-High Energy Density Semi-Solid-State Battery Series sets a new benchmark in aerospace-grade aerial power storage, engineered specifically for enterprise UAV operators, commercial LiDAR survey teams, and industrial inspection multirotors demanding maximum mission flight times. Utilizing cutting-edge solid-liquid hybrid electrolyte chemistry, ultra-thin current collectors, and high-purity silicon-doped anodes, this series achieves an extraordinary 360Wh/kg gravimetric energy density, providing up to 50%–70% longer flight endurance compared to standard LiPo batteries of identical weight.

Available in versatile high-capacity configurations from 13000mAh to 40000mAh across 6S (22.2V), 12S (44.4V), and 14S (51.8V) voltages with a solid 10C discharge rating. Every battery is built with heavy-duty 8AWG ultra-flexible silicone wire leads and premium high-current connectors (AS150, XT90-S Anti-Spark, XT90, EC5, XT60) to ensure continuous, cool-running power transfer during mission-critical flights.

🌍 Direct Factory Global Air Shipping

Shipped directly from our advanced battery manufacturing center in China. Every 360Wh/kg pack is freshly assembled, matched, and cycle-tested to guarantee 100% active cell chemistry without warehouse shelf degradation. Tracked worldwide air shipping is provided for all major global destinations.

👉 Check Global Shipping Rates & Delivery Transit Times

Key Advantages of the 360Wh/kg Semi-Solid Series

• 🔋 Pinnacle 360Wh/kg Energy Density: Delivers maximum watt-hours per gram of all commercial drone batteries, enabling extreme flight durations, expanded flight radiuses, and greater payload capacities.
• 🛡️ Superior Hybrid Safety & Anti-Swelling: Solid-liquid hybrid electrolyte drastically suppresses lithium dendrite formation, eliminates battery swelling under heavy cycling, and ensures elevated thermal resistance against thermal runaway.
• ⚡ Steady 10C Continuous Cruise Power: Optimized for commercial multirotor flight profiles, maintaining a rock-solid, flat voltage plateau from takeoff through mission completion.
• 🔌 Heavy-Duty 8AWG Silicone Leads: Pre-installed with ultra-flexible, heat-resistant 8AWG industrial copper wiring to minimize internal resistance and eliminate connector thermal bottlenecks.
• 🔄 Commercial Service Durability: Robust electrode structure resists degradation across hundreds of full deep-discharge cycles, retaining high capacity retention and low internal resistance (IR).
• 📦 Drop-In Charging Compatibility: 100% compatible with existing standard LiPo microprocessor balance chargers and industrial flight controllers—no specialized charging infrastructure required.

Voltage & Configuration Lineup

• 6S (22.2V) 13000mAh / 18000mAh / 23000mAh (10C): High-efficiency power for mapping drones, cinematography hexacopters, inspection UAVs, and high-endurance fixed-wing aircraft.
• 12S (44.4V) 13000mAh / 30000mAh / 40000mAh (10C): The industry-standard high-voltage platform for LiDAR mapping multirotors, enterprise search-and-rescue systems, and heavy-payload platforms.
• 14S (51.8V) 40000mAh (10C): Maximum voltage efficiency and low operating amperage for heavy industrial logistics drones, enterprise cargo carriers, and large-scale agricultural platforms.

Target Flight & Industrial Applications

• High-Precision Geospatial Surveying & Aerial LiDAR Photogrammetry
• Critical Infrastructure Inspection (Power Grid, Wind Turbine & Solar Auditing)
• Enterprise Search, Rescue, and Tactical Disaster Monitoring Operations
• Heavy-Payload Industrial Logistics & Cargo Multirotors
• Large-Scale Agricultural Crop-Spraying & Aerial Seeding Drones
• Long-Endurance Hybrid VTOL & Fixed-Wing Platforms

Battery Maintenance & Field Handling

• Charge using a dedicated microprocessor balance charger with standard LiPo balance charging mode.
• Standard charge cutoff voltage: 4.20V per cell. Recommended charge rate: 0.5C–1C for maximum cell longevity.
• Set telemetry or return-to-home (RTH) low-voltage alarms to 3.5V per cell under load (land at 3.65V–3.70V resting).
• Store batteries at nominal storage voltage (3.80V–3.85V per cell) inside a fire-resistant safety container when not operating for more than 48 hours.

Watch official testing, flight demonstrations, and bench reviews on the DXF Official YouTube Channel.