Small Tactical Universal Battery

The Dragonguard uses Small Tactical Universal Batteries, commonly referred to as STUBs. These innovative battery packs and power cells are designed specifically for powering a wide range of equipment and vehicles. Utilizing advanced graphene battery technology, STUBs stand out due to their exceptionally lightweight design and impressive longevity.   The integration of graphene battery technology offers not only enhanced energy density but also faster charging times, making these batteries an ideal choice for the demanding operational environments faced by the Dragonguard. This combination of efficiency and durability ensures that their gear remains powered during critical missions, providing both versatility and reliability in the field.   The batteries are available in standardized sizes for improved usability and greater interoperability among the equipment used throughout the Dragonguard. If a smaller battery size is needed than the S1 STUB type, a standard consumer-grade battery will be utilized.

STUB Sizes

For normal battery sizes, see Graphene Battery.
 
         
Image? Names
Code Common Name
Battery Class
No Image
STUB-S1S1
Stubby
Small
No Image
STUB-S2S2
Small
No Image
STUB-C1C1
Common
Standard
Standard
No Image
STUB-C2C2
Common Big
Standard Big
Standard - Big
No Image
STUB-L1L1
Large
Level 1
Power Cell
Large
No Image
STUB-L2L2
Big Boy
Level 2
Big Power Cell
Large
No Image
STUB-I1I1
Eleven
Industrial
Large - Industrial
No Image
STUB-I2I2
Goliath
Heavy Industrial
Large - Industrial
No Image
STUB-GCGC
Reactor
Mains Battery
Grid Cell
Large - Industrial (Power Grid)
Parent Technologies
Access & Availability

Trivia

  • This is based on real silicon oxide-graphene battery technology.[1]
  • STUBs are based on the real thing being developed by the U.S. Army.[2]
  • References

    1. "Why The US Military Chose Silicon-Graphene Batteries" — on YouTube; November 5, 2024.
    2. "Army modernizes tactical power with battery interoperability" — on Army.mil; June 8, 2021.


    Cover image: by Nulcheck

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