Product category
Product range includes 7.7V / 11.4V compact drone packs, 22.2V 6S high-rate LiPo packs, 44.4V-52.78V industrial UAV battery packs, and 6S / 12S / 14S long-endurance hybrid PACK routes for FPV, training, inspection, agricultural, logistics, and payload UAVs.
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Products are shown in one catalog grid, with product type and keyword filters before detail-page review of BMS, enclosure, certification, and duty-cycle requirements.
4S / 6S high-discharge lithium polymer battery pack route for FPV aircraft, freestyle drones, training aircraft, RC models, and compact high-current UAV platforms.
Key specs
4S / 6S / 22.2V examples / 1500mAh-25000mAh examples / 25C-60C planning / High-rate LiPo / polymer
Compact 7.7V and 11.4V lithium battery pack series for lightweight drones, training UAVs, small aerial devices, and space-constrained smart equipment.
Key specs
7.7V / 11.4V examples / 680mAh-4500mAh examples / 3.75C-10C examples / Li-ion / polymer by platform
Lightweight high-discharge lithium polymer battery pack route for FPV racing drones, freestyle drones, training race aircraft, and compact high-current UAV platforms.
Key specs
4S / 6S planning / Project configured / High continuous / burst discharge / High-rate lithium polymer
6S, 12S, and 14S hybrid solid-liquid UAV pack review path for long-endurance, payload-sensitive, and low-altitude power projects.
Key specs
22.2V / 44.4V / 51.8V examples / 16000mAh-35000mAh examples / 3C continuous / 5C short-time examples / Hybrid solid-liquid Li-ion
44.4V-52.78V industrial UAV battery pack series for payload drones, inspection aircraft, logistics UAVs, and professional low-altitude equipment.
Key specs
44.4V / 52.22V / 52.78V examples / 12Ah / 20Ah / 45Ah examples / 10C-12.5C examples / High-rate Li-ion / hybrid option
Category notes
4S / 6S and 22.2V high-discharge LiPo packs for FPV racing, freestyle, training aircraft, RC models, and compact high-current UAV platforms.
6S, 12S, and 14S high-specific-energy and hybrid solid-liquid UAV packs for runtime, payload, weight limit, and system energy density review.
44.4V-52.78V industrial UAV battery packs for payload drones, inspection aircraft, logistics UAVs, rugged housings, smart BMS, and high-current connectors.
7.7V and 11.4V compact packs for consumer drones, training platforms, small aerial devices, and lightweight equipment where size and weight come first.
UAV battery selection
UAV battery selection cannot rely on capacity alone. Flight time, payload, average current, peak current, maximum pack weight, connector, charger, and thermal behavior decide whether a high-rate, long-endurance, or industrial UAV battery route is the better fit.
Prioritize high-rate discharge, pulse current, weight, and 6S / 12S compatibility.
Balance flight time, payload, system energy density, cycle life, and field reliability.
Fits large-capacity, high-power packs with rugged enclosures, high-current connectors, and smart BMS needs.
Best for climb, acceleration, and high-current output, with closer attention to thermal rise and runtime tradeoffs.
Best for inspection, logistics, and agricultural missions where high-specific-energy cells, weight limits, and mission profile matter most.
Best for professional platforms where connectors, enclosure, BMS communication, field service, and validation files are important.
Best for consumer, training, and small aerial devices where 7.7V / 11.4V voltage, weight, envelope, housing, and charging interface matter most.
For FPV racing, freestyle, and compact high-current drone platforms.
Open product →For FPV, training, and high-current drone platforms.
Open product →For heavier payload, professional flight, and field operations.
Open product →For high-energy and long-endurance route review.
Open product →For small aircraft, training platforms, and compact devices.
Open product →Category key specs
This section keeps the category's key product capabilities so buyers can judge voltage, capacity, discharge, structure, BMS, and certification range first.
Sourcing language
UAV battery pack, drone battery pack, and custom drone battery pack are often used interchangeably. For RFQs, it is clearer to frame the need as a high-rate, long-endurance, or industrial smart PACK route with voltage, capacity, discharge, weight, and connector requirements.
For pulse current, climb, acceleration, and 6S platform requirements.
For high-specific-energy, weight-limit, and mission-runtime requirements.
For large capacity, smart BMS, enclosure, connector, and field-reliability requirements.
Buying guide & FAQ
Useful inputs include payload, target flight time, average and peak current, voltage platform, maximum pack weight, size envelope, connector, charger, BMS communication, and cycle-life target.
Usually there is a tradeoff. High-rate packs support current and pulse power, while high-energy packs improve runtime and weight. The right choice depends on mission profile and thermal limits.
Common UAV battery routes include compact 7.7V and 11.4V packs, 22.2V 6S high-rate LiPo packs, 44.4V 12S systems, and 52V-class 14S industrial UAV packs. Final voltage depends on motor, ESC, payload, and flight controller requirements.
Yes. UAV packs can be designed around maximum battery weight, size envelope, center of gravity, connector position, wire exit direction, charger, BMS needs, and validation targets.
Global delivery and project documentation
Staricell plans cell supply, pack engineering, BMS integration, test records, and shipment documents around each shipping country, application duty cycle, certification target, and production schedule.
Cell supply, pack engineering, BMS integration, production testing, and export documents are planned around each buyer's shipping country, application, and volume schedule.
Project files can cover UN38.3, MSDS / SDS, shipment labels, test summaries, and documentation paths for CE, IEC, UL, RoHS / REACH, and other requirements.
Operating temperature, continuous / peak current, enclosure protection, connectors, chargers, communication interfaces, and field-service needs are reviewed before mass production.
Cell batch data, matching records, BMS settings, inspection results, and aging summaries can be aligned before sampling or pilot production.
Project quote
Share voltage, capacity, application, quantity, target market, enclosure needs, and certification targets. Our team will map the pack architecture and quote path.
