Drone Battery Packs
Custom UAV Battery Packs
Built Around Mission Requirements
Three representative directions for civil industrial UAVs—long endurance, compact high power and heavy-duty operation—supported by project-specific smart battery integration.
CHOOSE A PRODUCT DIRECTION
Three Mission Directions.
One Aircraft-Level Review.
Choose the closest operating direction, then confirm the pack around the aircraft, mission and electrical interface. The images below show representative platforms rather than fixed catalogue models.
01ENDURANCE-FOCUSED PLATFORM
Long-Endurance UAV Battery Packs
For survey, mapping and long-range inspection aircraft where usable energy, pack mass and mission duration set the starting point.
Energy, pack mass and airframe volume reviewed together
02COMPACT POWER PLATFORM
Compact High-Power UAV Battery Packs
For professional FPV, cinema, indoor inspection and small high-speed civil UAVs that need high output in a compact pack envelope.
Peak output, cooling, connector and duty cycle reviewed together
03HEAVY-DUTY POWER PLATFORM
Heavy-Lift & Agricultural UAV Battery Packs
For payload, spraying and repeated takeoff profiles that place greater demands on continuous current, short peaks and turnaround time.
Load profile, heat, structure and charging rhythm reviewed together
Product images show representative directions only. Exact configuration, availability and specifications are confirmed after technical review.
SMART BATTERY & POWER-SYSTEM INTEGRATION
Make the Battery Work
as Part of the Aircraft.
Smart capability is not a separate aircraft category. It is an integration layer that can support any of the three product directions when the aircraft, charger and service model require it.
01
BMS & State Visibility
Protection, sensing, SOC and diagnostic functions are defined around the agreed aircraft and service requirements.
02
Communication & Interface
Power, balance, identification and CAN/UART options are reviewed with the aircraft, charger and pinout.
03
Charging & Thermal Coordination
Charge rate, turnaround, enclosure, airflow and temperature limits are considered as one operating system.
Representative integration concept. Final electronics, housing, communication and interface vary by aircraft and project requirements.
TECHNICAL REVIEW STARTS WITH
Six inputs connect the aircraft mission to the battery and smart-system direction.
01
Energy & Weight
02
Continuous & Peak Power
03
Voltage & Configuration
04
Environment & Thermal
05
Interface & Communication
06
Charging & Cycle Strategy
VALIDATION & DOCUMENTATION
A Short, Evidence-Led
Release Path.
The pack is released against an agreed requirement and validation plan. The exact test and documentation scope follows the aircraft, market and project stage.
01
Requirement Review
Aircraft, mission, electrical interface and operating limits.
02
Prototype Check
Electrical, protection, fit and interface behaviour.
03
Aircraft Validation
Charger, temperature and aircraft-level confirmation.
04
Controlled Release
Approved configuration, label and document path.
REPRESENTATIVE PROJECT EVIDENCE
Agreed requirement record
Electrical and protection test record
Approved configuration and document path
BEST FIT
Projects This Series Is Built For
- Civil industrial UAV OEM and system projects
- New aircraft, structured second-source or platform upgrade
- Projects with aircraft, charger and interface data available
PROJECT BOUNDARY
Requests That Need a Different Path
- One-off consumer replacement purchases
- Unauthorized closed-platform compatibility claims
- Military, defence or other sensitive-use positioning
START A UAV BATTERY PROJECT
Share Your Mission
and Power Profile.
Share the closest available aircraft and battery information. Missing technical details can be organized during the requirement review.
USEFUL INFORMATION FOR THE FIRST REVIEW
01
Aircraft type, mission and MTOW
02
Payload and target flight time
03
Nominal voltage and usable Wh
04
Average and peak power or current
05
Space, weight and connector limits
06
Temperature, charging and annual volume