Ultra-High-Rate Racing UAV Battery
Extreme Power for Racing Performance.
Battery Types & UAV Applications
PKNERGY specializes in ultra-high-rate racing drone batteries designed for FPV racing and high-performance UAV applications requiring extreme power output, rapid response, and lightweight construction.
Featuring ultra-high discharge capability up to 90C, these batteries provide exceptional burst power and fast dynamic response for aggressive flight maneuvers. With voltage platforms from 14.8V to 22.2V and capacities from 5,000mAh to 8,000mAh, they are engineered for racing drones and high-power FPV platforms.
Product Models
14.8V 2510mAh
22.2V 2510mAh
14.8V 3000mAh
22.2V 6000mAh
14.8V 5000mAh
22.2V 5000mAh
14.8V 8000mAh
22.2V 8000mAh
Structure Display
connector
Supports XT30 / XT60 / AS150 / Molex / JST connectors for high‑current UAV applications.
NTC
High‑precision 10K NTC temperature sensor for real‑time thermal monitoring and enhanced safety during high‑rate discharge.
Accurate Size
Slim pouch cell structure with optimized tolerances, allowing safe expansion margin during charging while maintaining lightweight UAV integration.
PCM
Integrated protection circuit or smart BMS supporting over‑current protection, balancing, temperature monitoring, and fast‑charging control.
Cable Wires
Custom wire gauge and length options; flexible routing design (center/side exit) to match drone frame layout and installation direction.
Custom Services
Fully customizable pouch pack solutions including dimension, capacity, shape, connector type, discharge rate, and BMS configuration for FPV, industrial, and mission‑critical UAV platforms.
Features And Advantages
High Energy Density
Maximizes energy storage in a compact form, reducing battery size and weight while maintaining high capacity.
Low Self-Discharge
Li-ion batteries offer 1000+ charge cycles, ensuring a longer service life compared to traditional power solutions.
Fast Charging Capability
Supports rapid charging technologies, allowing devices to recharge quickly and efficiently.
Wide Application Range
Advanced Battery Solutions for UAV Platforms
PKNERGY offers ultra-high-rate racing drone battery solutions with professional pack engineering support, including custom BMS integration, protection design, and connector customization for high-performance FPV platforms.
Our engineering capabilities include cell matching, electrical optimization, structural design, and thermal management to ensure reliable operation under extreme power demands and dynamic flight conditions.
Through flexible OEM and ODM services, PKNERGY helps racing drone manufacturers develop lightweight, high-performance battery packs optimized for rapid response and demanding flight environments.
Product FAQs
1. What advantages do high‑rate pouch UAV batteries offer compared to cylindrical batteries?
High‑rate pouch cells provide lower internal resistance, higher burst discharge capability, and lighter weight, making them ideal for FPV drones, industrial UAVs, and missions requiring rapid acceleration or strong maneuverability.
2. Can the pouch UAV battery be customized for my drone model?
Yes. PKNERGY supports full customization including dimensions, capacity, discharge rate, connector type, wire layout, and BMS configuration to match your drone’s structural and electrical requirements.
3. What voltage and capacity options are available?
We offer 3S, 4S, 6S, and 12S high‑rate pouch battery platforms with capacities ranging from 800mAh to 20000mAh+, suitable for FPV, industrial inspection, agriculture, logistics, and security UAV applications.
4. Do the pouch batteries support high‑current discharge for FPV or heavy‑load drones?
Absolutely. Our pouch cells are engineered for instant high‑current output, supporting high‑rate discharge for FPV racing drones, heavy‑load industrial UAVs, and continuous high‑power missions.
Toggle Title5. What protection features can be added to the pouch UAV battery pack?
We can integrate BMS, balancing protection, temperature monitoring, over‑current protection, and fast‑charging interfaces to ensure safe and stable operation under high‑load UAV conditions.
