SubC 2000mAh 8.4V 7-Cell Hump Premium Sport NiMH Battery

Product Description

The Overlander NiMH Battery Pack SubC 2000mAh 8.4V 7-Cell Hump Premium Sport delivers robust power for your RC models, ensuring extended run times and consistent performance. With a capacity of 2000mAh and an 8.4V output, this battery pack is designed to meet the demands of high-drain applications, providing the energy needed for intense RC sessions. Its 7-cell hump configuration, measuring 135 x 46 x 47mm, fits seamlessly into various RC vehicles, offering a perfect balance between size and power. Weighing 313g, it maintains an optimal weight-to-power ratio, enhancing the agility and responsiveness of your models. Assembled with premium quality super high drain Overlander cells, soft silicone leads, and tamiya plugs with gold-plated pins, this battery pack ensures reliable connections and efficient power transfer.

Key advantages

• 2000mAh capacity & 8.4V output: Provides dependable power for extended run times, enhancing the performance of your RC models.
• 7-cell hump configuration: Designed to fit seamlessly into various RC vehicles, offering a perfect balance between size and power.
• Dimensions & weight: 135 x 46 x 47mm and 313g, maintaining an optimal weight-to-power ratio for improved agility and responsiveness.
• Premium construction: Assembled with super high drain Overlander cells, soft silicone leads, and tamiya plugs with gold-plated pins for reliable connections and efficient power transfer.
• Versatile applications: Suitable for high-drain RC applications, providing exceptional performance and durability across various models.

Always follow the manufacturer’s instructions for safe charging, discharging, and storage of NiMH batteries. Use a compatible NiMH charger, and avoid overcharging or over-discharging. Monitor voltage and temperature during use, especially with high-power models. Never leave the battery unattended while charging, and secure it properly in your model. Improper handling can cause fire, injury, or battery failure. Dispose of batteries responsibly according to local regulations.