Product details
The OVONIC 6000mAh 75C 6S1P LiPo Battery is a high-performance power solution designed specifically for FPV racing drones and other demanding RC applications. With a substantial 6000mAh capacity and a continuous discharge rate of 75C, this battery provides reliable power delivery and long flight times, making it perfect for high-speed maneuvers and extended racing sessions. The 6S1P configuration (22.2V) ensures stable voltage, while its durable yet lightweight design makes it ideal for FPV racing. Equipped with an XT90 connector, it guarantees efficient energy transfer and secure connections for optimal performance.
Features:
• High Discharge Rate: 75C continuous discharge rate for steady power delivery during high-drain applications such as FPV racing drones.
• High Capacity: 6000mAh capacity for extended flight times and enhanced performance during long, demanding races.
• Stable Voltage: The 6S1P configuration (22.2V) ensures consistent and reliable power output for peak performance.
• Lightweight and Durable Design: Perfectly balanced for FPV racing, providing agility without compromising power or durability.
• XT90 Connector: Provides secure and efficient energy transfer for optimal drone performance.
• Versatility: Compatible with FPV racing drones, RC helicopters, and other 6S1P battery-powered devices.
Features:
• High Discharge Rate: 75C continuous discharge rate for steady power delivery during high-drain applications such as FPV racing drones.
• High Capacity: 6000mAh capacity for extended flight times and enhanced performance during long, demanding races.
• Stable Voltage: The 6S1P configuration (22.2V) ensures consistent and reliable power output for peak performance.
• Lightweight and Durable Design: Perfectly balanced for FPV racing, providing agility without compromising power or durability.
• XT90 Connector: Provides secure and efficient energy transfer for optimal drone performance.
• Versatility: Compatible with FPV racing drones, RC helicopters, and other 6S1P battery-powered devices.



