ISO 9001 QUALITY SYSTEM · UN38.3 TEST DOCUMENTATION · DIRECT FACTORY ENGINEERING

The Power You Want,
The Integrity You Need.
Custom Drone & UAV Batteries

Engineered for aerospace, industrial UAVs, and high-performance robotics. We deliver custom battery solutions utilizing advanced semi-solid state chemistry with target energy densities up to 320Wh/kg, intelligent CAN/SMBus BMS architecture, and rapid prototyping. Mass production typically requires 15–20 business days after final specification approval; final timing is confirmed after tooling, testing, and order review.

320 Wh/kg Target Energy Density

Up to 100C Selected Burst Rating

Smart BMS CANbus / SMBus Telemetry

7-10 Days Rapid Prototyping

Custom dimensions, enclosure geometry (ABS/Aluminum/Carbon Fiber), and specialized connectors.
Applicable export documentation: UN38.3 test summaries, MSDS, CE/RoHS and drop-test reports are confirmed per product and shipment.
NDA terms can be agreed before proprietary project files are shared.

800+ Global OEM Clients

Project Scaled Output Planning

17+ Years Battery R&D

40+ R&D Engineers

ENGINEERING INQUIRY

Request Custom Battery Quote

Direct consultation with our senior power engineers. We target a response within 12 business hours during business hours; timing varies by inquiry complexity and working hours.

✓ Free engineering feasibility evaluation

✓ Direct factory pricing & MOQ flexibility

✓ NDA protection for your technical specs

ENGINEERING SPECIFICATIONS

Available Cell Models & Physical Matrix

Browse our standard cell envelopes below. Beyond standard cells, we engineer custom pack configurations (voltage, capacity, C-rate, and dimensions) to match your CAD envelopes.

← Scroll horizontally to view all parameters →

Model	Nominal Capacity (mAh)	Target Density (Wh/kg)	Nominal Voltage (V)	Discharge Rate (Continuous)	Dimensions (mm)			Weight (g)
Model	Nominal Capacity (mAh)	Target Density (Wh/kg)	Nominal Voltage (V)	Discharge Rate (Continuous)	Thickness	Width	Length	Weight (g)
QT10787191	36000mAh	320Wh/kg	3.7V	3C	10.7±1	87	191	≤395g
QT8540140	14000mAh	320Wh/kg	3.8V	3C	8.5±1	40	140	≤168g
QT7540140	12000mAh	320Wh/kg	3.8V	3C	7.5±1	40	140	≤145g
QT8543126	10800mAh	310Wh/kg	3.7V	3C	8.5±1	43	126	≤130g
QT5040140	6000mAh	290Wh/kg	3.6V	3C	5.0±1	40	140	≤75g
QT706074	5000mAh	280Wh/kg	3.7V	2C	7.0±1	60	74	≤70g
QT706070	4000mAh	280Wh/kg	3.7V	2C	7.0±1	60	70	≤60g
Model to confirm	2450mAh	280Wh/kg	3.8V	5C	8.7±1	33	60	≤36g
QT775657	3900mAh	280Wh/kg	3.8V	2C	8.2±1	56	57	≤58g
QT883360	3000mAh	280Wh/kg	3.7V	5C	8.8±1	33	60	≤45g
QT654678	3000mAh	280Wh/kg	3.7V	2C	6.2±1	46	78	≤45g
QT586080	5000mAh	280Wh/kg	3.7V	3C	5.8±1	60	80	≤70g

High-Density Semi Solid-State Battery Pack Engineering

High-Density Semi Solid-State Cell Architecture

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Custom Engineering Scope

The matrix above shows standard qualified cell envelopes. As an original equipment manufacturer, we customize:

Pack Assemblies: 6S to 24S high-voltage multi-pack architectures.
Custom Envelopes: CNC machined aluminum or carbon-fiber shells.
Thermal Management: Internal pre-heating foil for sub-zero operation.

Request Custom Dimension Sheet →

← Scroll horizontally to view all parameters →

Model	Nominal Capacity (mAh)	Continuous Rate (C)	Max Burst Rate (C)	Nominal Voltage (V)	Dimensions (mm)			Weight (g)
Model	Nominal Capacity (mAh)	Continuous Rate (C)	Max Burst Rate (C)	Nominal Voltage (V)	Thickness	Width	Height	Weight (g)
QT104S160	10000mAh	25C	50C	3.7V	9.7±1	48	160	≤175g
QT8059156	8000mAh	35C	60C	3.7V	8.0±1	59	156	≤175g
QT1143125	6000mAh	35C	70C	3.7V	11.0±1	43	125	≤128g
QT5643126	4500mAh	35C	70C	3.8V	5.6±1	43	124	≤91g
QT7052130	6000mAh	25C	40C	3.7V	7.0±1	52	130	≤115g
QT5943126	4750mAh	25C	50C	3.8V	5.9±1	43	126	≤95g
QT904678	4450mAh	25C	50C	3.7V	9.7±1	46	78	≤90g
QT883485	3000mAh	25C	50C	3.7V	9.2±1	34	85	≤68g
QT904080	2500mAh	30C	60C	3.7V	9.0±1	40	80	≤59g
QT804483	4000mAh	15C	15C	3.7V	8.0±1	44	83	≤78g
QT803495	2200mAh	45C	70C	3.7V	8.0±1	34	95	≤54g
QT5037125	1800mAh	45C	70C	3.7V	4.2±1	37	125	≤44g
QT703868	1550mAh	100C	120C Burst	3.7V	7.0±1	38	68	≤40g

High Discharge Rate FPV Drone Battery Pack

High Discharge Rate FPV Racing Cell Pack

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High-Current Harness & Busbars

All high C-rate packs feature heavy-duty pure copper or nickel-copper composite busbars to minimize voltage sag and internal resistance:

Connectors: XT30, XT60, XT90-S (anti-spark), AS150; final connector selection is confirmed per project.
Silicone Wire: 8AWG to 14AWG high-strand 200°C flexible silicone wire.
Cell Matching: Strict IR delta ≤ 1.5mΩ & capacity grouping.

Inquire on Racing Pack Builds →

APPLICATION-SPECIFIC ENGINEERING

Tailored Power Architectures

From agile FPV racing quadcopters to heavy-payload agricultural drones and autonomous inspection UAVs, we deliver custom-engineered architectures.

RACING & FREESTYLE

FPV Drone Battery

High discharge rates with up to 50C continuous and burst ratings up to 100C on selected configurations. Discharge curves and voltage sag are validated against the final pack and load profile.

Configuration-Specific Burst Ultra-Low IR 4S-6S LiPo/LiHV

Typical Build: 6S 1300mAh - 1550mAh 100C →

SURVEYING & MAPPING

UAV Multirotor Battery

Semi-solid state high-density chemistry engineered for long flight endurance in commercial aerial photogrammetry, security patrol, and LiDAR mapping missions.

Target up to 320 Wh/kg Extended Hover Smart CAN-BMS

Typical Build: 6S-12S 16000mAh - 30000mAh →

RC MODELS & FIXED-WING

RC Hobby Battery

Lightweight power sources engineered for high-speed RC cars, competitive model watercraft, and fixed-wing UAVs with rigorous cell matching and reliable cycle longevity.

High C-Rate Hardcase/Softcase Cycle Life per Model

Typical Build: 4S 5000mAh 50C - 100C →

HEAVY PAYLOAD & SPRAYING

Agricultural Drone Battery

Ruggedized shock-resistant housings with IP54/IP65 ingress sealing. 12S to 14S modular packs optimized for liquid spray payloads, fast charging, and harsh field environments.

Configuration-Specific IP Rating Quick-Release Charge Rate per Model

Typical Build: 12S-14S 22000mAh - 36000mAh →

CORE ENGINEERING ADVANTAGES

Proprietary Cell & BMS Engineering

Built to solve the toughest aerospace challenges: achieving extended hover times, uncompromising safety under extreme discharge, and harsh thermal resilience.

CHEMISTRY BREAKTHROUGH

Semi-Solid State: Target 320Wh/kg

Our semi-solid-state battery architecture is developed for higher energy density in weight-critical UAV projects. Target densities reach up to 320Wh/kg on selected architectures; flight-time improvement depends on the final pack, aircraft, payload, and operating profile.

320Wh/kg Target Density

Project-based Flight Endurance Assessment

INTELLIGENT EMBEDDED SYSTEM

Smart DroneCAN & SMBus BMS

Integrated hardware and firmware protection with real-time cell voltage telemetry, active cell balancing, and multi-point NTC temperature monitoring. Full protocol compatibility with ArduPilot, PX4, and proprietary flight controllers.

≤ 10mV Cell Balance Precision

Real-Time Telemetry Output

ENVIRONMENTAL TOLERANCE

-20°C to +55°C Thermal Stability

Engineered with specialized low-temperature electrolyte additives and optional internal ultra-thin PTC heating films. Reliable high-altitude cold-soak start-up and superior high-temperature thermal dissipation prevent thermal runaway.

-20°C Min Operating Temp

+55°C Max Thermal Ceiling

END-TO-END OEM/ODM WORKFLOW

From Engineering Concept to Batch Delivery

A disciplined 4-stage development process designed for rapid iteration, strict aerospace validation, and dependable scalable production.

24h Feedback

Requirements & Feasibility

Submit voltage, peak current, dimensional limits, and flight envelope requirements. Our engineering team conducts thermal and electrical feasibility analysis within 24 hours.

7-10 Days

Prototype & BMS Tuning

Precision assembly of 3-5 functional evaluation prototypes. We integrate custom BMS firmware, match cell internal resistance, and verify discharge curves.

Full Validation

Testing & Compliance

Rigorous multi-point testing including thermal shock, 1.2m drop, vibration resonance, short circuit, and preparation of UN38.3 & MSDS shipping documentation.

Scheduled Batch

Batch Production & Aging

Semi-automated manufacturing lines with full-cycle capacity aging, automated spot welding, and individual laser serial marking for end-to-end quality traceability.

MANUFACTURING CAPACITY & INFRASTRUCTURE

In-House Production & Validation Facility

Over 12,000 m² modern manufacturing infrastructure with 300+ trained personnel and cleanroom pack assembly lines.

Automated Battery Cell Processing Equipment

Automated Sorting & Cell Grading High-precision internal resistance & voltage sorting to ensure cell consistency.

Precision Ultrasonic & Laser Spot Welding

Precision Ultrasonic Spot Welding Low-heat resistance welding for robust aerospace busbar connections.

Pack Assembly & Smart BMS Integration Static-controlled cleanroom assembly floor with comprehensive ESD protection.

Full-Cycle Capacity Aging & QC 100% pre-shipment charge-discharge cycle validation and telemetry logging.

GLOBAL EXPORT & COMPLIANCE

International Certifications & Compliance Reports

Custom lithium battery solutions are developed against the applicable transport and aerospace safety requirements. Model-specific test documentation is confirmed and supplied with the relevant shipment order.

Reference document: UN38.3 Lithium Battery Air and Sea Transport Test Summary

Reference document: CE EMC Compliance for Industrial Lithium Battery Packs

Reference document: ISO 9001 Quality Management System for Battery Manufacturing

Reference document: RoHS Environmental Directives Compliance Verification

Reference document: MSDS Material Safety Data Sheet for Export Freight

Reference document: UL 1642 Lithium Battery Cell Safety Test Report

Reference document: IEC 62133 Secondary-Cell Safety Test Report

Reference document: 1.2m Package Drop Test for Dangerous Goods Transport

Reference document: Air Transport Condition Identification Appraisal

Reference document: Sea Transport Condition Identification Appraisal

Reference document: CB Scheme Safety Test

Reference document: CE LVD Low Voltage Directive Compliance

Reference document: REACH SVHC Substance Compliance

Reference document: Battery Cell Ingress Protection IP65 Test Report

Reference document: ISO 14001 Environmental Management System

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17+ Years Industry Experience

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800+ Global Enterprise Clients

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Project Scaled Output Planning

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ISO 9001 Quality-System Facility

BUYER DECISION SUPPORT

Frequently Asked Questions (OEM/ODM)

Clear answers to technical, commercial, and operational questions regarding custom UAV lithium battery manufacturing.

What is the typical MOQ for custom battery packs? +

How fast can GEB deliver custom battery prototypes? +

Can you customize BMS communication protocols (CANbus, SMBus, DroneCAN)? +

Do you sign a Non-Disclosure Agreement (NDA) before project review? +

What safety certifications and export documentation are provided? +

Can GEB engineer custom shapes, CNC enclosures, and specialized connectors? +

Ready to Power Your UAV Project to New Heights?

Collaborate directly with our senior power engineers to validate your battery requirements, review CAD drawings, and receive a target response within 12 business hours during business hours; final timing varies by inquiry complexity and working hours.

Get Free Quote & Technical Assessment

✓ Target response within 12 business hours

✓ Custom sample prototyping support

✓ NDA terms can be agreed before proprietary files are shared

The Power You Want, The Integrity You Need. Custom Drone & UAV Batteries