Securing an
electrified future

Products

Energy is never an afterthought. At Safire, we build with energy as the key driver.

Safire Light Tactical Vehicle (SLTV)

A lightweight and electrically powered tactical dirt bike that exemplifies modular engineering principles and energy adaptability.

Battle Airmen Gear (BAG)

A force protection innovation that directly addresses the dual challenges of lateral ballistic protection and centralized energy storage.

Command and Control Asset
Resilience Capability (C2ARC)

The program integrates technology advancements in cell design with ruggedized pack integration for sustained performance of semi-autonomous and operator-controlled reconnaissance, surveillance, and threat detection systems in extreme temperature ranges and extended operational cycles.

Advanced Resilient Energy
Systems (ARES)

The Advanced Resilient Energy Systems (ARES) program identifies, demonstrates, evaluates, and matures technology solutions to support the development of advanced Li-ion batteries and systems integrated with SAFIRE ballistic impact resistant and fireproof electrolyte battery technology.

Solar Microgrid Austere Renewable Technology (SMART ISU)

A Tactical Microgrid Standard (TMS) compatible, modular and scalable renewable energy generation and storage system that can be deployed by any rotary or fixed wing aircraft.

Products

Energy is never an afterthought. At Safire, we build with energy as the key driver.

Safire Light Tactical Vehicle (SLTV)

A lightweight and electrically powered tactical dirt bike that exemplifies modular engineering principles and energy adaptability.

Battle Airmen Gear (BAG)

A force protection innovation that directly addresses the dual challenges of lateral ballistic protection and centralized energy storage.

Command and Control Asset
Resilience Capability (C2ARC)

The program integrates technology advancements in cell design with ruggedized pack integration for sustained performance of semi-autonomous and operator-controlled reconnaissance, surveillance, and threat detection systems in extreme temperature ranges and extended operational cycles.

Advanced Resilient Energy
Systems (ARES)

The Advanced Resilient Energy Systems (ARES) program identifies, demonstrates, evaluates, and matures technology solutions to support the development of advanced Li-ion batteries and systems integrated with SAFIRE ballistic impact resistant and fireproof electrolyte battery technology.

Solar Microgrid Austere Renewable Technology (SMART ISU)

A Tactical Microgrid Standard (TMS) compatible, modular and scalable renewable energy generation and storage system that can be deployed by any rotary or fixed wing aircraft.

HARDENED FOR BATTLE

Safire is the creator of battery technologies turning visions of the future into impactful realities.

Warfighters must be able to trust their equipment. At Safire, we leave no doubt. We build ruggedized electrified products and systems capable of delivering improved performance and safety in the most extreme environments across the battle space. With partnerships covering applications from hardened wearables to ruggedized electric vehicles, we’re not reinventing the battery, we’re securing an electrified future.

Safire’s Shear Thickening Electrolyte

Microscopic change with a massive impact

Safire’s patented technology revolutionizes the battery without redesigning it. Our shear-thickening additive works at the cell level, instantly changing the electrolyte from conductive liquid to inert solid upon impact and preventing the runaway reactions that lead to explosion or fire. Best of all, the hybrid-state technology can be dropped into any lithium-ion battery without reducing performance, allowing you to maximize efficiency without increasing volatility.

A. Battery is on: Unaffected liquid electrolyte

1. Silica nanoparticles disperse in any liquid electrolyte

2. Particles are prepositioned on any commercially available separator

3. Chemistry agnostic (no interactions with active materials)

4. Cell format agnostic.

B. Protected mode: instantaneous ionic and kinetic barrier

1. Particles aggregate to form solid-like barrier between electrodes

2. Thermal runaway / propagation prevention

3. Electrolyte returns to normal viscosity after shear is removed

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