30C Continuous Discharge for High-Power Loads
The LGX06080HR30 Lithium-ion Battery Pack is the high-rate counterpart to the standard 8000mAh LGX configuration. While both models use a 22.2V 6S2P architecture, the HR30 is designed around substantially stronger current delivery, supporting 30C continuous discharge.
This makes the pack better suited to applications where the battery must sustain demanding loads rather than simply maximize operating time.
High-Rate Performance Without Giving Up 8000mAh Capacity
High-discharge applications require more than nominal voltage and capacity. The battery must also be able to deliver the required current consistently throughout the operating cycle.
The LGX06080HR30 combines:
- 8000mAh capacity
- 22.2V nominal voltage
- 6S2P configuration
- 30C continuous discharge capability
This specification positions it between endurance-focused battery packs and larger, higher-capacity systems, providing a practical option where both usable energy and strong discharge capability are important.
Built for Demanding UAV Power Profiles
UAV power demand can rise significantly during acceleration, climbing, payload handling, maneuvering, and other high-load operating conditions.
Based on its 30C continuous discharge rating, the LGX06080HR30 is positioned toward UAV platforms with more demanding current requirements than those served by standard 10C LGX models.
Potential application profiles include:
- high-power industrial UAVs
- payload-carrying drone platforms
- inspection aircraft with demanding propulsion systems
- UAVs operating under frequent acceleration or climbing loads
- other aircraft requiring sustained high-current output
Final suitability should always be confirmed against the aircraft’s actual current profile, propulsion system, payload, and thermal conditions.
6S2P Architecture at 22.2V
The LGX06080HR30 uses a 6S2P battery configuration, providing a nominal voltage of 22.2V while using parallel cell groups to support the required capacity and discharge performance.
This architecture allows the pack to combine meaningful stored energy with substantially higher current capability than the standard LGX06080.
For system integration, pack voltage should be matched with the UAV’s:
- ESC requirements
- motor operating voltage
- propulsion configuration
- power distribution system
- protection electronics
Pack Dimensions for High-Rate Integration
The higher-rate design results in a larger pack footprint than the standard LGX06080.
Dimensions:
160 × 69 × 49 mm
Weight:
1.15 kg
These physical parameters should be considered alongside available battery-bay dimensions, aircraft center of gravity, payload weight, and overall takeoff mass during system integration.
Power-Focused Positioning Within the LGX Series
The LGX06080HR30 is not simply a higher-output version of the standard LGX06080; it serves a different battery-selection priority.
Choose this platform when the application places greater emphasis on:
- sustained high-current delivery
- high-power propulsion loads
- stronger discharge capability
- stable output under demanding operation
- 22.2V compatibility
- 8000mAh energy capacity
For UAVs with lower continuous current demand where minimizing pack weight and maximizing flight endurance are higher priorities, the standard LGX06080 may be more appropriate.
Application-Driven Pack Selection
Lithogenix selects battery architecture according to the requirements of the finished application, including voltage, runtime, peak current, available space, operating temperature, service life, and target cost.
The LGX06080HR30 is therefore best considered as part of a broader battery-selection process. Aircraft current demand, flight profile, payload, available volume, and thermal conditions should all be evaluated before the final pack is selected.