| Model | Rated voltage | Rated capacity | Cycle Life | Working temperature (℃) | Anode material |
| UFO-GP66AH | 6S 22.2V/12S 44.4V | 66Ah | 1000times | -20 to 60 °C | NMC |
Advantages of High-Rate Batteries
Strong high-current discharge capability for more powerful output
Adopting professional high-rate lithium-ion cells, it supports stable and continuous high-current discharge with strong instantaneous burst power and sufficient output. Even under high-power loads such as drones, models and industrial equipment, it maintains stable performance without voltage drop, meeting the demands of high-intensity and high-dynamic applications.
Lower internal resistance and less heat for safer and more stable operation
The cells feature excellent low internal resistance, reducing energy loss and heat generation during charging and discharging. Lower temperature rise ensures safer performance under long-term high-current operation, enhances stability and prolongs service life.
Supports fast charging to greatly improve efficiency
With excellent fast-charging performance, it can withstand high charging current and significantly shorten charging time. For frequent and continuous operation scenarios, it enables quick energy replenishment, reduces waiting time and improves overall working efficiency.
Longer cycle life for more durable use
It maintains outstanding structural and electrochemical stability even under high-current charging and discharging conditions, with slower capacity decay and longer cycle life. It is more economical and reliable for long-term use, bringing higher value and lower replacement cost.

| Model | Rated voltage | Rated capacity | Cycle Life | Working temperature (℃) | Anode material |
| UFO-GP66AH | 6S 22.2V/12S 44.4V | 66Ah | 1000times | -20 to 60 °C | NMC |
Advantages of High-Rate Batteries
Strong high-current discharge capability for more powerful output
Adopting professional high-rate lithium-ion cells, it supports stable and continuous high-current discharge with strong instantaneous burst power and sufficient output. Even under high-power loads such as drones, models and industrial equipment, it maintains stable performance without voltage drop, meeting the demands of high-intensity and high-dynamic applications.
Lower internal resistance and less heat for safer and more stable operation
The cells feature excellent low internal resistance, reducing energy loss and heat generation during charging and discharging. Lower temperature rise ensures safer performance under long-term high-current operation, enhances stability and prolongs service life.
Supports fast charging to greatly improve efficiency
With excellent fast-charging performance, it can withstand high charging current and significantly shorten charging time. For frequent and continuous operation scenarios, it enables quick energy replenishment, reduces waiting time and improves overall working efficiency.
Longer cycle life for more durable use
It maintains outstanding structural and electrochemical stability even under high-current charging and discharging conditions, with slower capacity decay and longer cycle life. It is more economical and reliable for long-term use, bringing higher value and lower replacement cost.
