Factorial Energy (NASDAQ:FAC) outlined its path toward initial commercial revenue in 2027 during its inaugural earnings call as a public company, citing a first commercial drone-battery order, progress in flight testing and automotive integration, and a capital-light manufacturing strategy.
Chief Executive Officer and co-founder Siyu Huang said the company is concentrating its near-term commercialization efforts on high-specification markets including aerospace, robotics and supercars, where performance requirements are high and adoption cycles are shorter than in automotive applications. Automotive is a midterm opportunity, while data centers and energy storage represent longer-term markets, she said.
Drone Programs Move From Testing to Commercial Order
Factorial and Tulip subsequently established a commercialization framework covering joint customer engagement and a path toward volume production. Separately, Factorial received its first commercial battery order from a U.S. drone manufacturer in July.
Chief Financial Officer Richard Wei said the drone order, along with a commercial order from a supercar customer announced in January, are leading indicators for the company’s expected first commercial revenue in 2027. Management did not disclose the order size, manufacturing sourcing or expected margins, citing customer confidentiality.
“A flight test demonstrates what the technology can do. A commercial order demonstrates that a customer values it,” Huang said, adding that the company expects the drone order to be the first of additional aerospace orders.
Technology and Manufacturing Approach
Factorial’s commercialization work centers on two proprietary battery platforms. Its FEST platform combines a polymer with a liquid component and is designed for high-power applications and manufacturing flexibility. Its Solstice platform is all-solid-state and contains no liquid, targeting applications requiring thermal stability and safety, such as space and robotics.
The company also said it can provide advanced electrolyte systems for customers seeking extreme energy and power performance. Huang said Factorial holds more than 150 patents and patent applications across its platforms.
Management highlighted energy density as a key measure of technological progress. The company said it has delivered cells with an energy density of 390 watt-hours per kilogram to customers and expects its drone programs to reach approximately 450 watt-hours per kilogram by year-end. Wei compared that target with typical production lithium-ion cells delivering between 250 and 330 watt-hours per kilogram.
During the question-and-answer session, Huang said Factorial’s FEST production began two to three years ago with yields near 10%, rising to 60% to 70% within several months and eventually reaching 85%. She said the yield level was achieved on manufacturing lines with capacity in the tens of megawatt-hours.
Factorial plans to rely on partners for large-scale production rather than fund major manufacturing capacity on its own balance sheet. The FEST platform is compatible with up to 80% of existing lithium-ion manufacturing equipment, according to the company. Factorial recently signed a memorandum of understanding with South Korean battery producer SK On to evaluate using SK On’s global manufacturing network to produce Factorial’s solid-state technology at scale.
Huang said SK On is the company’s second manufacturing-focused partnership with a global battery producer.
Automotive Integration and Capital Plans
In June, Factorial and Stellantis completed what Huang described as the first automotive integration of solid-state battery technology in North America. Factorial’s FEST cells were installed in a Dodge Charger Daytona development vehicle, using a new mechanical pack architecture designed by Stellantis to accommodate solid-state cells.
Huang said the company believes the vehicle is the first solid-state battery vehicle operating on American soil and that Factorial is the first solid-state battery maker to complete vehicle integration with two top-10 global original equipment manufacturers. The company previously referenced a Mercedes vehicle drive of more than 1,200 kilometers on a single charge on public roads.
Factorial reported second-quarter operating expenses of $13 million and first-half operating expenses of $19.5 million. Non-GAAP operating expenses for the six months ended June 30 were $14.5 million, excluding depreciation and amortization, non-cash lease expenses and stock-based compensation. Capital expenditures were $0.6 million for the first half.
For full-year 2026, the company expects approximately $40 million in non-GAAP operating expenses and roughly $13 million in capital expenditures. The planned capital spending will primarily support expansion of Factorial’s fabrication lines for its FEST and Solstice programs. Management expects the FEST expansion to be completed by the end of 2027 and the Solstice expansion by the end of 2028.
As of June 30, Factorial had approximately $112.8 million of cash and cash equivalents, largely reflecting proceeds from its business combination and related PIPE transaction. Wei said the company’s spending plans are intended to carry it through its targeted development milestones.
About Factorial Energy (NASDAQ:FAC)
We are a blank check company incorporated on October 29, 2024 as a Cayman Islands exempted company and formed for the purpose of effecting a merger, amalgamation, share exchange, asset acquisition, share purchase, reorganization or similar business combination with one or more businesses or entities, which we refer to throughout this prospectus as our initial business combination. We have not selected any business combination target and we have not, nor has anyone on our behalf, initiated any substantive discussions, directly or indirectly, with any business combination target.
