• Displayed against a plain dark background is the BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery, featuring a high-efficiency design with a patterned surface and attached color-coded wires with connectors.
  • A high-efficiency BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery with a black patterned casing, wires, and two connectors is shown on a plain black background.
  • Two BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin batteries with black and white checkered coverings and various colored wires and connectors lie on a dark background, offering high-efficiency power ideal for gel blaster enthusiasts.
  • The BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery, a high-efficiency cylindrical component with a checkered pattern and three wires (red, white, and black) extending from the end, is connected to two different types of plugs. Plain gray background. Ideal for powering gel blaster setups.
  • BlasterMaster's 11.1V 18350 2000mAh Tamiya 30C long skin battery features a cylindrical design with a black grid pattern. It is labeled and connects to red, blue, and black wires with rectangular connectors on a dark background. This high-efficiency battery is an excellent choice for your gel blaster needs.
  • The 11.1V 18350 2000mAh Tamiya 30C long skin battery by BlasterMaster is a high-efficiency cylindrical electronic component, featuring a colorful pattern with wires and connectors, set against a dark background.
  • The BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery is a small cylindrical electronic component with a black and white checkered covering, featuring three exposed wires with connectors at the end, ideal for high-efficiency applications.
  • Product Description: The BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery is a cylindrical electronic component adorned with a black and white checkered pattern, featuring red and white wires, and equipped with a small white connector. Set against a dark background, this high-efficiency battery is perfect for powering your gel blaster.
  • Close-up of a label on a cylindrical object with recycling and disposal symbols. The text mentions an 11.1V 18350 2000mAh Tamiya 30C long skin battery from BlasterMaster, along with some Chinese characters.
  • A cylindrical, carbon fiber-textured BlasterMaster 11.1V 18350 2000mAh Tamiya 30C long skin battery with red, blue, and white wires extending from one end is connected to white and yellow plastic connectors against a plain dark background.
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11.1V 18350 2000mAh Tamiya 30C long skin battery

11.1V 18350 2000mAh Tamiya 30C long skin battery

Elevate your gel blaster performance with our high-efficiency 11.1V, 2000mAh battery. Designed for electric water gel blasters, this robust Li-Ion battery is precision-engineered to fit seamlessly into your device, enhancing reliability and endurance during your most intense gaming sessions.

With a high voltage power of 11.1V, an extended play capacity of 2000mAh, and a substantial power output of 22.2Kw, this battery ensures your gel blaster operates at peak efficiency.

 

Certified to meet stringent GB/T18287-30c standards, it guarantees durability and safety in the heat of battle. Ideal for enthusiasts, this battery is perfect for anyone looking to push their gel blaster to its limits, whether engaged in recreational skirmishes or competitive event's. 

Tactical Specs:

  • Package Includes
  • Features
  • Dimensions
  • Performance
  • Special Features
  • 1 x 11.1V 2000mAh Li-Ion Battery
Connector
£12.99
£12.99
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LS-11.1V-2000mAh-SM2

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"The 11.1V 18350 2000mAh SM2 30C long skin battery is a critical power source - we need it for our mission. Over."
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Key Benefits:

High Voltage Power: 11.1V for peak performance and consistent power delivery.

Extended Play Capacity: 2000mAh ensures long-lasting gameplay without frequent recharges.

Battery Voltage Capacity (mAh) Discharge Rate (C) Maximum Current Output (A) Ideal For
7.4V 1000 20C 20A Standard blasters, entry-level
7.4V 1500 25C 37.5A Intermediate blasters, moderate upgrades
7.4V 2000 30C 60A Advanced blasters, heavy upgrades
11.1V 1000 20C 20A Enhanced speed and response, entry-level
11.1V 1500 25C 37.5A High speed, moderate upgrades
11.1V 2000 30C 60A Peak performance, competitive use

Product Warranty

  • 30-Day Coverage: Enjoy a comprehensive 30-day warranty on all GelBlasters
  • Exclusions Apply: Our warranty does not cover damage resulting from misuse, accidents, or unauthorized modifications
  • Easy Claim Process: Should you encounter any issues, our hassle-free claim process is designed for quick resolutions

"Keep Blasting, Longer!"

Battery Care

Battery health is crucial for the longevity and reliability of your electronic devices. Properly testing your batteries can prevent potential failures, ensuring that your devices run smoothly and safely. Whether you're using 3.7V, 7.4V, or 11.1V batteries, understanding their voltage levels can help you determine their charge status and overall health.

Safety Precautions in Battery Testing

Before diving into the testing process, it's important to prioritize safety:

  • Always wear safety goggles and gloves to protect yourself.
  • Conduct tests in a well-ventilated area to avoid any risks associated with battery fumes.
  • Never attempt to test a damaged or leaking battery; this can pose serious hazards.

Tools Required for Battery Testing

To get started, you'll need a few basic tools:

  • A reliable digital multimeter set to the DC Voltage (V) mode.
  • A clean and stable work surface to ensure accurate readings.

Step-by-Step Guide to Testing Your Batteries

  1. Setting Up Your Multimeter: Ensure your multimeter is correctly set to measure DC Voltage.
  2. Testing the Battery: Connect the multimeter probes to the battery terminals—red to positive and black to negative—and read the voltage.

Deciphering Battery Voltage Readings

Understanding the voltage readings is key to assessing your battery's health:

  • 3.7V Batteries:

    • Full Charge: 4.2V
    • Nominal: 3.7V
    • Discharged: Below 3.0V

  • 7.4V Batteries:

    • Full Charge: 8.4V
    • Nominal: 7.4V
    • Discharged: Below 6.0V

  • 11.1V Batteries:

    • Full Charge: 12.6V
    • Nominal: 11.1V
    • Discharged: Below 9.0V

Troubleshooting: What to Do If a Cell Is Down or Voltage Is Low

If you notice a cell in your battery pack showing significantly lower voltage or if the overall voltage is persistently low, it's an indication that the battery may be failing or is already damaged. In such cases, professional assessment or replacement is recommended.

Enhancing Your Battery Testing Knowledge

By following this guide, you'll be well-equipped to test and understand the health of your 3.7V, 7.4V, and 11.1V batteries. Regular testing and maintenance can significantly extend the life and performance of your batteries, ensuring your devices run efficiently.

Stay tuned for more insights and tips from Blaster Masters on maintaining optimal battery health for all your electronic devices!

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