DXF SEMI-SOLID-STATE BATTERY

Next-Gen High Energy Density • Hybrid Semi-Solid Chemistry • Factory Fresh Worldwide Tracked Air Shipping

The DXF Semi-Solid-State LiPo Battery Series represents a groundbreaking advancement in aerial energy storage, purpose-engineered for professional multirotors, commercial UAVs, agricultural crop-spraying drones, aerial surveying aircraft, and heavy-payload industrial platforms. By integrating an innovative solid-liquid hybrid electrolyte architecture, DXF Semi-Solid-State packs achieve 25% to 35% higher gravimetric energy density (Wh/kg) than conventional LiPo batteries, drastically extending flight endurance while reducing takeoff payload weight.

Available in massive capacities ranging from 12000mAh to 35000mAh (and up to 80000mAh custom configurations) across 6S (22.2V), 12S (44.4V), and 14S (51.8V) voltages, each pack is built with competition-grade low-resistance cells, heavy-duty 8AWG ultra-flexible silicone wire leads, and industrial high-current connectors (AS150, XT90-S Anti-Spark, XT90, EC5, XT60) to deliver continuous, reliable power for mission-critical flights.

🌍 Direct Factory Global Air Shipping

Shipped directly from our advanced battery manufacturing center in China. Every semi-solid pack is freshly assembled, matched, and cycle-tested to ensure 100% active chemistry and zero warehouse storage degradation. Tracked worldwide air express shipping is available for all destinations.

👉 Check Global Shipping Rates & Delivery Transit Times

Core Advantages of Semi-Solid-State Technology

• 🔋 25%–35% Higher Gravimetric Energy Density: Delivers dramatically more watt-hours per gram compared to standard LiPo batteries, pushing commercial UAV hover and mission flight times by 30% to 50%.
• 🛡️ Superior Thermal & Operational Safety: Solid-liquid hybrid electrolyte drastically inhibits internal dendrite growth, eliminates swelling, and provides high thermal resistance against runaway risks under continuous heavy loads.
• 🔄 Extended Industrial Cycle Longevity: Robust electrode structure resists degradation across hundreds of full charge-discharge cycles, maintaining exceptional capacity retention and low internal resistance (IR).
• ⚡ Optimized 5C / 10C / 15C Cruise Discharge: Precision-tuned discharge curves tailored for long-endurance commercial multirotors, maintaining steady, flat voltage plateaus until end of mission.
• 🔌 Heavy-Duty 8AWG Silicone Wiring: Pre-installed with ultra-flexible, heat-resistant 8AWG industrial-grade copper leads to handle sustained current throughput with negligible voltage drop or heat accumulation.
• 📦 Drop-In Universal Replacement: 100% compatible with existing standard LiPo balance chargers and standard flight controllers/ESCs—no proprietary charger hardware required.

Voltage & Capacity Lineup

• 6S (22.2V) 12000mAh – 23000mAh: High-efficiency power for mapping drones, cinematography hexacopters, inspection UAVs, and high-endurance fixed-wing aircraft.
• 12S (44.4V) 13000mAh – 35000mAh: The benchmark high-voltage platform for heavy-lift commercial drones, enterprise search-and-rescue UAVs, and LiDAR survey multirotors.
• 14S (51.8V) 22000mAh – 30000mAh+: Maximum voltage efficiency and low operating amperage for large agricultural spraying platforms, industrial logistics drones, and heavy cargo UAVs.

Ideal Flight & Commercial Applications

• Agricultural Crop-Spraying Drones & Aerial Seeding UAVs
• Long-Range Geospatial Surveying & LiDAR Photogrammetry
• Heavy-Lift Commercial Multirotors & Industrial Logistics Transports
• Enterprise Inspection (Powerline, Wind Turbine & Solar Field Auditing)
• Search, Rescue, and Emergency Tactical Aerial Monitoring
• Long-Endurance Fixed-Wing & VTOL Hybrid Aircraft

Battery Maintenance & Professional Handling

• Charge using a dedicated microprocessor balance charger with standard LiPo balance charging mode.
• Standard charging cutoff voltage is 4.20V per cell. Recommended charge rate: 0.5C–1C for maximum cell longevity.
• Set telemetry or low-voltage return-to-home (RTH) 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) in a cool, dry, 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.