NEO Battery Materials (NBM) Planet MicroCap Las Vegas 2026 summary

Strategic positioning and market opportunity

• Manufacturing high-performance batteries outside China is critical for national security in defense, robotics, and drones sectors for the U.S., NATO, and allied countries.

• Nearly all high-performance drone batteries are currently made in China, but upcoming regulations will ban Chinese batteries in U.S. and allied defense applications by 2028, with full phase-out by 2031.

• The company offers a flexible foundry model, enabling custom battery manufacturing tailored to end-user performance requirements.

• Proprietary silicon anode technology extends battery runtime, enables ultra-fast charging, and reduces cost per energy unit.

• Demand for non-Chinese, high-performance batteries is rising due to regulatory changes and supply chain concerns.

Operations, technology, and capacity

• Acquired a battery manufacturing facility in South Korea, now producing batteries and generating revenue, with two Fortune 500 automotive customers in the pipeline.

• Engineering team includes veterans from LG, Samsung, and former South Korean military generals, supporting defense integration.

• Manufacturing process focuses on high-quality electrode coating, a key determinant of battery performance and lifespan.

• Current facility can produce batteries for up to 100,000 cargo drones or 8 million FPV strike drones annually, with plans to expand to 4–6 million cells per year.

• Expansion facility aims for 250 MWh nameplate capacity, with drone batteries commanding 8–12x the price of EV batteries.

Product differentiation and performance

• Silicon anode batteries double drone flight time and range, outperforming Chinese batteries in quality and reliability.

• Proprietary silicon nanomaterials enable 40–70% higher capacity than competitors and reduce manufacturing costs by 60–80%.

• Batteries engineered for minimal temperature rise and up to 150% faster charging rates.

• Product portfolio includes high-density options for strike drones and long-life variants for robotics.

• Eliminated impurities in manufacturing, preventing battery swelling and extending operational life.