Racing drone lithium polymer battery pack for FPV and freestyle UAV applications with compact high-discharge pack structure

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Racing drone lithium polymer battery pack for FPV and freestyle UAV applications with compact high-discharge pack structure 1

Racing drone lithium polymer battery pack for FPV and freestyle UAV applications with compact high-discharge pack structure 2

Racing drone lithium polymer battery pack for FPV and freestyle UAV applications with compact high-discharge pack structure 3

Drone / High-Rate

Racing Drone Battery Pack for FPV and Freestyle Platforms

Lightweight high-discharge lithium polymer battery pack route for FPV racing drones, freestyle drones, training race aircraft, and compact high-current UAV platforms.

FPVRacingLiPoHigh discharge

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Certification support

UN38.3MSDSIEC Planning

Browsing path: Drone, UAV and High-Rate Lithium Battery Packs

Quick shortlist specs

Full specs are confirmed in the technical table

Voltage

4S / 6S planning

Capacity

Project configured

Chemistry

High-rate lithium polymer

Energy

Lightweight racing route

Max discharge

High continuous / burst discharge

Cycle life

Flight profile dependent

Dimensions

FPV frame envelope

Product overview

Product description

Lightweight high-discharge lithium polymer battery pack route for FPV racing drones, freestyle drones, training race aircraft, and compact high-current UAV platforms.

Representative data, confirmed during RFQ

The tables below summarize supplier brochure data for selection. Final use should confirm duty cycle, certification documents, sample status, and production availability.

Spec table index

Racing drone battery RFQ checkpoints

Pack route	Compact high-rate LiPo pack selected around frame size, current profile, and connector
Voltage platform	4S and 6S planning for common FPV racing and freestyle platforms
Discharge review	Continuous current, burst current, voltage sag, and temperature rise are reviewed by project
Connector	XT30, XT60, XT90, or custom high-current connector by pack current
Mechanical fit	Pack thickness, width, height, wire outlet, and mounting direction matched to the airframe
Validation	Sample checks cover internal resistance, voltage consistency, charge-discharge behavior, and thermal rise

Racing drone battery RFQ checkpoints

Final parameters are confirmed after frame, motor, ESC, propeller, and flight-current review.

Input	Why it matters
Frame size and battery bay	Defines maximum pack dimensions and mounting direction
Motor / ESC / propeller setup	Used to estimate continuous and burst current demand
Target flight style	Racing, freestyle, and training profiles create different discharge and weight tradeoffs
Connector and charge method	Confirms lead wire, balance connector, charger compatibility, and safety review

Download Technical Datasheet & Drawing

Racing Drone 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.

Product category path

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Product category

Drone, UAV and High-Rate Lithium Battery Packs

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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Accessories

Capacity upsell & related products

XT30 / XT60 connector

Balance lead

High-current silicone wire

Matched charger

25C-60C high-rate UAV LiPo battery pack series for FPV, training, and RC model projects, with 22.2V pack labels and balance connectors

25C-60CLiPo4S / 6S

High-Rate Drone LiPo Battery Pack

4S / 6S high-discharge lithium polymer battery pack route for FPV aircraft, freestyle drones, training aircraft, RC models, and compact high-current UAV platforms.

Voltage: 4S / 6S / 22.2V examples
Capability: 25C-60C planning
Chemistry: High-rate LiPo / polymer

Request Specs & Price Technical Details

Compact 7.7V and 11.4V drone lithium battery pack for safety-validated consumer UAV projects, with white protective housing and safety label markings

7.7V11.4VCompact UAV

Compact Drone Lithium Battery Pack

Compact 7.7V and 11.4V lithium battery pack series for lightweight drones, training UAVs, small aerial devices, and space-constrained smart equipment.

Voltage: 7.7V / 11.4V examples
Capability: 3.75C-10C examples
Chemistry: Li-ion / polymer by platform

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25C-60CPolymerPouch

High-Rate Polymer Lithium Cell

High-discharge polymer lithium cell series for pack builders who need 25C-60C discharge, compact pouch formats, thermal-rise review, and current-focused OEM battery pack design.

Voltage: 3.7V / 4.2V / 4.45V class
Capability: 25C-60C by model
Chemistry: High-rate LiPo / polymer

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Product FAQ

Racing Drone Battery Pack

Can racing drone batteries be matched to a specific FPV frame?

Yes. Frame battery bay size, mounting direction, connector, motor current profile, and target flight style are reviewed before sampling.

Racing Drone Battery Pack for FPV and Freestyle Platforms

Product description

Racing drone battery RFQ checkpoints

Cell matching

Voltage consistency check

Temperature review

Short-circuit protection planning

Balance lead option

Racing Drone Battery Pack

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Drone, UAV and High-Rate Lithium Battery Packs

Capacity upsell & related products

High-Rate Drone LiPo Battery Pack

Compact Drone Lithium Battery Pack

High-Rate Polymer Lithium Cell

Racing Drone Battery Pack