Expertly Crafted Team Associated - Reedy Zappers Sg5 6300mah 90c 15.2v Hv-lipo Shorty Battery [best Value] [vPKegVro]

Top-Performance LiPo Battery for RC Racing

Introducing the Team Associated Reedy Zappers SG5 HV-LiPo Battery, the ultimate power source for your RC car racing needs. Engineered with cutting-edge LiPo chemistry and advanced manufacturing techniques, this battery delivers unparalleled performance improvements in capacity, power output, internal resistance, and durability. Reedy's commitment to excellence in the RC racing world is evident in every aspect of the Zappers SG5, making it a top choice for both professional racers and hobbyists alike.

Superior Features and Specifications

The Zappers SG5 battery boasts a 3.8V/cell nominal voltage, allowing for safe charging up to 4.35V/cell, which translates to increased power and top speed. With its inherently flat discharge curve, this battery ensures higher voltage deeper into the race, giving you an edge over the competition. The battery comes in twelve configurations, catering to a variety of on-road and off-road applications. Key features include a heavy-duty internal construction, high capacity, reduced internal resistance, and improved reliability and cycle-life. Here are some of the standout benefits:

• High Capacity for extended runtime and more races on a single charge.
• Reduced IR with elevated average voltage for increased power and performance.

Robust Design and Practicality

The Zappers SG5 is built to ROAR/EFRA/BRCA/IFMAR specifications, ensuring compliance with the highest standards of the RC racing community. A high-quality, durable hard case protects the battery from damage, while embedded socket connectors minimize power-robbing resistance. The included male ESC connectors make installation a breeze. With a maximum charge rate of 12.6A and a discharge current of 90C, this battery is designed to handle the demands of intense racing. Upgrade your RC car's performance with the Team Associated Reedy Zappers SG5 HV-LiPo Battery and experience the difference in power and reliability.