Built for competitive RC racing and high performance applications, this LiPo battery delivers 8500mAh of capacity with a 2S 7.4V configuration. The 130C discharge rating provides strong current delivery for responsive acceleration and consistent power throughout a run. Its Fat Shorty configuration offers a compact layout while providing high capacity for longer runtime. The battery uses 5mm bullet connectors and is designed around the demanding specifications used by modified and competitive racers. Trinity describes its LiPo batteries as having low internal resistance, consistent performance, and a lightweight design.
• 8500mAh Capacity: The high 8500mAh capacity provides extended runtime compared with lower-capacity 2S packs. It is well suited for racing sessions where longer battery life is important.
• 2S 7.4V Configuration: The two-cell LiPo configuration provides a nominal 7.4V output for compatible RC vehicles and electronics. Always confirm that your ESC and vehicle are rated for 2S LiPo operation.
• 130C Discharge Rating: The 130C rating is designed to provide strong current delivery for demanding RC applications. This helps support quick throttle response and consistent power under load.
• Fat Shorty Design: The Fat Shorty configuration provides a compact battery layout while maintaining a high 8500mAh capacity. It can be useful for vehicles designed around shorty-style battery compartments.
• 5mm Bullet Connectors: Built-in 5mm bullet connectors provide a secure high-current connection for compatible RC power systems. Verify connector compatibility with your ESC before installation.
• Low Internal Resistance: Trinity designs its racing batteries with low internal resistance to help provide consistent power delivery. This is particularly beneficial for competitive and high-performance RC applications.
• Racing Focused Construction: The battery is designed with specifications aimed at modified-class and competitive racing applications. It is suitable for racers and hobbyists looking for high-capacity 2S performance.