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UAV Battery Packs

Industrial UAV Battery Pack for Inspection, Logistics and Payload Drones

Industrial UAV battery pack route for inspection, logistics, agricultural, payload, and professional low-altitude platforms that need flight-time, weight, current, enclosure, quick-swap, charger, BMS, and field-validation review.

Industrial UAVPayload / inspectionBrochure configurations

Certification support

UN38.3 document reviewMSDS / SDS reviewAviation and target-market documentation review
Industrial UAV lithium battery pack datasheet example with a rugged vented housing and high-current connector for payload and inspection platform review

Product image set

Industrial UAV lithium battery pack datasheet example with a rugged vented housing and high-current connector for payload and inspection platform review 1
Industrial UAV lithium battery pack datasheet example with a rugged vented housing and high-current connector for payload and inspection platform review 2
Industrial UAV lithium battery pack datasheet example with a rugged vented housing and high-current connector for payload and inspection platform review 3

Quick shortlist specs

Full specs are confirmed in the technical table

Voltage
44.4V / 45.6V / 52.22V / 52.78V examples
Capacity
12Ah / 14Ah / 20Ah / 45Ah examples
Chemistry
High-rate Li-ion / hybrid option
Energy
Payload and endurance balanced
Max discharge
Brochure examples; final current project-confirmed
Cycle life
Project confirmed
Dimensions
Envelope and weight confirmed by UAV bay

Product overview

Product description

Industrial UAV battery pack route for inspection, logistics, agricultural, payload, and professional low-altitude platforms that need flight-time, weight, current, enclosure, quick-swap, charger, BMS, and field-validation review.

Industrial UAV lithium battery pack datasheet example with a rugged vented housing and high-current connector for payload and inspection platform review

Download Technical Datasheet & Drawing

Industrial UAV Lithium Battery Pack

Leave your email and project requirement. We will treat the datasheet request as a high-intent RFQ and follow up with drawings and matching advice.

Accessories

Capacity upsell & related products

High-current connector
Smart BMS option
Flight harness
Matched charger
Mounting structure
Hybrid solid-liquid UAV battery pack for long-endurance flight with compact pack structure
6S / 12S / 14S226-278Wh/kgLong endurance

Hybrid Solid-Liquid UAV Battery Pack

6S, 12S, and 14S hybrid solid-liquid UAV packs for long-endurance and payload-sensitive flight—system Wh/kg, pack weight, and connector integration prioritized over burst C-rate.

Voltage
22.2V / 44.4V / 51.8V examples
Capability
3C continuous / 5C short-time examples
Chemistry
Hybrid solid-liquid Li-ion
High-rate UAV LiPo battery pack datasheet examples for FPV, training, and RC model projects, showing pack labels and balance connectors
4S / 6S / 12SLiPoTraining / high-rate

High-Rate Drone LiPo Battery Pack

General high-rate LiPo pack route for training UAVs, RC models, and current-led 4S / 6S / 12S platforms that need pack-level continuous current, connector, wire-gauge, thermal, and charger review.

Voltage
4S / 6S / 22.2V examples
Capability
Brochure cell examples; pack rating project-confirmed
Chemistry
High-rate LiPo / polymer
Racing drone lithium polymer battery pack for FPV and freestyle UAV applications with compact high-discharge pack structure
FPVRacingLiPo

Racing Drone Battery Pack

Frame-led FPV racing and freestyle LiPo pack route selected around bay size, burst current, pack weight, and connector fit—not the general training / 6S high-rate shortlist, not 7.7V / 11.4V compact packs, and not industrial smart-battery platforms.

Voltage
4S / 6S / 8S planning
Capability
High continuous / burst; pack rating project-confirmed
Chemistry
High-rate lithium polymer

Product FAQ

Industrial UAV Lithium Battery Pack

What information is needed for an industrial UAV battery review?

Provide the UAV type, payload, target flight time, average and peak current, reserve requirement, maximum battery weight, battery bay, quick-swap method, connector, charger, BMS or communication needs, operating environment, sample quantity, and annual quantity.

How is this route different from the high-rate FPV LiPo route?

The industrial route prioritizes payload, mission duration, rugged enclosure, quick swap, field charging, BMS integration, maintenance, and validation records. The FPV route prioritizes compact size, low weight, pulse output, and airframe current compatibility.

Are the voltage, capacity, weight, and discharge values standard stock specifications?

No. They are representative datasheet configurations. Final values, cell availability, dimensions, current capability, and document status are confirmed against the approved project specification before prototyping.

Can agricultural and logistics packs use the same industrial route?

Yes as an entry route, but spraying, lift, and inspection duty cycles still need separate current, enclosure, swap, and charger reviews. Extreme heavy-lift capacity claims are project-confirmed and not treated as catalog stock.