Drone & Defense

Next generation of high-performance UAVs — manufactured in the U.S. at cost parity with Chinese CF laminates.

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Cost-competitive with Chinese carbon fiber laminates — domestic supply without the price premium
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Highest-performance materials and structures
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Hardware-electronics integration enabling the greatest range and capabilities

The Way It Is Now

Two structural problems hold the industry back. First, composites have not been used to their full potential — cut laminates have left significant performance and weight savings on the table. Second, U.S. and allied drone programs have historically faced a hard tradeoff: source low-cost carbon fiber laminates from China and accept the supply-chain and ITAR risk, or pay a steep premium for domestic composites. Neither option scales.

Where We Are Going

ARRIS technology eliminates that tradeoff. Our Additive Molding process produces continuous fiber-reinforced thermoplastic structures in the United States at prices competitive with Chinese CF laminates — while delivering higher performance, extreme part consolidation, and a faster path from design to volume production. For drone OEMs and government program offices, that means a domestic, allied-aligned supply chain and a unit cost that pencils out at scale.

Drone & Defense Examples

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ARRIS Drone & Government Composites Manufacturing | Drone-Ill

SKYDIO'S LIGHTWEIGHT, DURABLE DRONE STRUCTURE

The Skydio X2 Drone takes advantage of ARRIS technology to reduce the weight and complexity and improve flight range and performance. Through their use of Additive Molding™ with a combination of glass and carbon fiber materials, Skydio replaced 17 individually assembled parts with a single, integrated, robust structure. This more elegant design and manufacturing solution localized and compressed their supply chain.

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