Dragonfly Energy receives $527K Nevada grant for battery cell testing expansion
Hardware
Originally reported by stocktitan.net
Dragonfly Energy (Nasdaq: DFLI) has been awarded $527,000 from the Nevada Tech Hub to expand in-house cylindrical cell prototyping and advanced testing capabilities. The project, running from Q2 2026 through Q2 2027, includes approximately $432,000 in internal investment for labor and engineering. The funding will support the acquisition of specialized prototype equipment and validation systems to qualify materials and accelerate development cycles for the company's patented dry electrode manufacturing platform. This is Dragonfly Energy's second consecutive Nevada Tech Hub award, following earlier support for its battery innovation ecosystem work in the state.
This grant is modest in absolute terms but strategically important for Dragonfly Energy as it bridges the gap between its dry electrode R&D and commercial battery pack production. The company reported 2025 net sales of $58.6 million with a 26.7% gross margin, alongside a net loss of $69.9 million, and has initiated cost realignment targeting $8.9 million in annualized savings. The Nevada Tech Hub funding supports the critical qualification step that often determines whether novel battery chemistries and manufacturing processes can transition from lab-scale to production. For the broader additive manufacturing industry, this is a reminder that AM's role in energy storage remains largely in prototyping and tooling rather than production-scale cell manufacturing, where traditional roll-to-roll coating still dominates.
Dragonfly Energy must now execute on the 12-month project timeline and demonstrate that its dry electrode platform can produce cells with consistent performance at prototype scale. The company's recent commercial wins, including a multi-million dollar order from Stevens Transport covering nearly 500 trucks, suggest growing customer confidence, but the path to profitable production remains narrow given the company's cash burn rate and the capital intensity of battery manufacturing scale-up.