HK Army Hostile ENERGY – LiPo Battery 7.4V 1000mAh 15C Stick

A solid choice for players who want reliable performance without pushing their AEG too hard, the Hostile ENERGY 7.4V 1000mAh Stick LiPo delivers smooth, consistent power with added efficiency through a Deans connector.

The 7.4V output is ideal for stock or lightly upgraded builds, helping maintain durability while still improving trigger response over lower-end battery options. With a 1000mAh capacity, it provides dependable runtime in a compact form that won’t weigh down your setup.

The stick design makes it perfect for buffer tubes, handguards, and other slim battery compartments where space is tight.

This battery includes a male Tamiya to female T-Plug adapter, giving you added flexibility between different airsoft replicas. If you own guns with both Mini Tamiya and T-Plug connectors, you can use the same battery across multiple platforms simply by utilizing the included adapter. It’s a convenient solution that helps reduce the number of batteries you need to carry and maintain.

Features:

• Deans connector for improved conductivity and efficiency
• 7.4V output for smooth, reliable performance
• 1000mAh capacity for consistent runtime
• 15C discharge rate for steady power delivery
• Stick design for buffer tubes and tight spaces
• Compact and lightweight for easy installation
• Includes male Tamiya to female T-Plug adapter for expanded compatibility

LiPo Battery Safety Warning
LiPo batteries require proper care and handling. Only use a LiPo-compatible balance charger when charging. Never overcharge, over-discharge, puncture, or expose the battery to extreme heat or direct sunlight. Do not leave batteries unattended while charging.
Always inspect your battery before and after use. If the battery becomes swollen, damaged, or unusually hot, discontinue use immediately. Store batteries in a cool, dry place and use a fire-resistant LiPo bag when charging and storing.
Improper use, charging, or storage can result in fire or serious damage. Use at your own risk.