Battery Cells & Packs

U.S.-Made Battery Cells and Packs for Defense and Mission-Critical Systems

CRG Defense provides end-to-end battery development—combining high-performance cell chemistries, U.S.-made battery manufacturing, and complete pack integration—to deliver reliable power solutions for defense, aerospace, and government systems. Built in our American factory with a secure, non-foreign entity of concern (non-FEOC) supply chain, our batteries offer high energy density, extreme low-temperature performance, and enhanced safety for mission-critical platforms operating in the harshest environments.

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Why Choose CRG Defense for Military and Aerospace Batteries

Flag iconMade in America: Designed and manufactured in the USA for NDAA compliance, security, and reliability for defense and government operations; more than 95% of value derived from non-FEOC sources.

Thermometer iconExtreme Low Temperature: Operates in extreme cold, down to -40°C, for outstanding mission flexibility in harsh conditions.

No fire iconInherently Safe: Delivers superior safety compared to conventional military batteries under crush and ballistic penetration conditions.

U.S. Battery Cell Manufacturing Capabilities

  • Made in USA with >95% of materials from non-FEOC sources
  • Multiple standard pouch cell sizes up to 120mm x 120mm, custom sizes available
  • Prototyping through production at our cell manufacturing line in Miamisburg, Ohio
  • ITAR-registered and CUI-ready

Learn more about our Cell Development capabilities (PDF)

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Cell mfg capabilities

Battery Cell Chemistries

CRG Defense manufactures a range of battery cell types:

Nonflammable Electrolyte
CRG Defense uses proprietary nonflammable electrolytes in its cell chemistry, offering a safer experience
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Various CRG Defense cells

Various CRG Defense cells
CRG Defense offers a variety of cell chemistries and cell geometries

G Series: Graphite-Anode Rechargeable Cells

Typical applications:

  • VTOL aircraft, drones, and unmanned vehicles (UAS, UAV, USV, UGV, UUV)  
  • Soldier-worn devices such as Ballistic Conformal Battery and Conformal Wearable Battery (CWB) 
  • High-energy laser (HEL) and directed-energy (DE) weapons  
  • Ground-vehicle and shipborne batteries (6T) 

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Available features: 

  • 180–240 Wh/kg with discharge rates up to 20C 
  • Low-temp operation (down to -20°C) 
  • Ballistic impact tolerance 

Examples:

L Series: Lithium-Metal Rechargeable Cells

Typical applications:

  • Fixed-wing aircraft, drones, and unmanned vehicles (UAS, UAV, USV, UGV, UUV)  
  • Soldier-worn devices such as BB-2590 and Small Tactical Universal Battery (STUB) 
  • High-energy laser (HEL) and directed-energy (DE) weapons  
  • Spacecraft, satellites, and landers 

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Available features: 

  • 310–400 Wh/kg with discharge rates up to 10C 
  • Extreme low-temp operation (down to -40°C) for Arctic conditions 
  • Ballistic impact tolerance 

Example:

P Series: Primary Cells for Munitions and Attritable Systems

Typical applications:

  • Munitions, missiles, reserve, and backup systems
  • Single-use, one-way, and attritable systems

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Available features:

  • Up to 450 Wh/kg with discharge rates up to 5C
  • Extreme low-temp operation (down to -40°C) for cold-soak conditions
  • Long shelf life (>20 years)
  • Liquefied gas electrolyte

Custom Battery Pack Engineering

In-house battery pack development expertise with COTS or custom cells, battery management system, thermal management, and safety testing (UN 38.3 and Navy S9310) for aerospace and defense applications including:

  • Soldier-worn batteries and military radios
  • VTOL drones, fixed-wing aircraft, and ground robotics
  • Directed energy weapons
  • Munitions

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Custom battery pack engineering

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