Amca Raises $300 Million to Build U.S. Defense Component Capacity

Jai Malik framed Amca around a specific weakness in the U.S. industrial base: critical aerospace and defense components for which customers often have only one domestic source, too little domestic capacity, or reliance on offshore suppliers. The company’s answer is not simply to add factory capacity. Malik described an integrated model in which Amca designs components, qualifies them quickly, and then manufactures them for customers facing “critical readiness and production gaps.”

That distinction matters because Ed Ludlow described Amca as sounding like a contract manufacturer for defense technology and aerospace. Malik rejected the simple contract-manufacturing label. Amca, he said, is not merely taking outside designs and producing them at scale. He contrasted the company with “your typical contract manufacturing business,” which he characterized as “just a machine shop” seeking production scale.

The company’s on-screen summary described Amca as building and manufacturing critical aerospace and defense components, operating six factories across California, Iowa, and New York, and planning to use its new funding to expand factories and scale.

Amca’s pitch, as Malik presented it, is that design, qualification, and production have to be pulled together when a part is scarce, sensitive, or tied to national readiness. The point is not contract manufacturing as a category; it is controlling enough of the component stack to address gaps where the existing supply base is too thin.

For examples comparable to wire harnesses, where Ludlow noted dependence on China has been a recurring issue, Jai Malik pointed first to sensors. Many industrial platforms use sensors, and Malik said the sensing elements inside them are often sourced from offshore companies and countries allied with them. He did not name those companies or countries, but described the dependency as broad enough to affect “almost all” industrial platforms.

His second example was capacitors and other passive electronic and electrical components. Malik said these parts have often been offshored to Asian countries over the past two decades, leaving the United States with “a very low, dwindling supply base” for engineered components of that kind.

For Amca, the response is not only to assemble domestically but to design and manufacture these components in the United States. Malik tied that work explicitly to defense use, saying the company is making those components “for the warfighter.”

Amca was founded in November 2024, Jai Malik said. Its more than $1 billion valuation after the $300 million Series B is post-money. Ed Ludlow put the pace to Malik directly: in roughly 18 months, Amca had been founded, launched, scaled, and valued at more than $1 billion.

Malik said the inference should be that the United States is facing “the largest gap between what America needs and what America is able to produce” in generations.

He called it a “generational opportunity” for companies trying to build in the United States. Over the next five to 10 years, Malik said he expects to see many more manufacturing companies “building for America.” He placed Amca at the front of a growth curve he said is already underway, not only for defense and aerospace customers but also in AI infrastructure, energy, robotics, and other categories.

Malik did not discuss the valuation as a standalone financing milestone. He used the question about Amca’s speed and valuation to argue that the underlying production gap is large enough to support a new wave of domestic manufacturing companies.

Jai Malik said Amca cannot disclose all of its customers because of the sensitive nature of the work. The names shown or discussed were Boeing, Airbus, Honeywell, Lockheed Martin, GE Aerospace, Gulfstream, Eaton, Textron, and “certain branches of the military.”

More revealing than the logos was the list of platforms Malik said Amca components reach. He said the company’s parts go onto platforms “we all know about,” including the 737 Max, 777, F-35, F-15, F-16, tanks, and “MK-1 Abrams.” His point was that Amca’s components are already present on widely used civil aviation and military systems.

Jai Malik said Amca sees “big gaps” at the infrastructure level in its own supply chain. His example was again sensing elements: highly precise parts that go into sensors, with few U.S. suppliers available.

In those cases, Malik said Amca is “taking a new approach” by vertically integrating more of its supply. That means designing the needed elements in-house and then manufacturing them in-house, rather than depending on a domestic supplier base that may not exist at sufficient depth.

If the missing piece is an input that domestic suppliers cannot provide, buying domestically is not enough. Amca’s response, as Malik described it, is to absorb more of the stack internally so it can close the gap between component design, qualification, and production.