Drone manufacturer Modovolo has announced a significant strategic partnership with Lyten, a leader in advanced materials, designating Lyten as the primary filament supplier for its innovative industrial 3D printing platform. This collaboration is poised to bolster U.S.-based manufacturing capabilities across critical sectors including aerospace, defense, and broader industrial applications, by integrating Lyten’s cutting-edge, graphene-enhanced filaments into Modovolo’s U.S.-sourced production ecosystem.
At the core of this alliance is Modovolo’s proprietary BFP (Build. Fly. Print.) platform. This modular, containerized 3D printing system is engineered for the on-demand production of large-scale aerospace, automotive, and industrial components. A key differentiator of the BFP platform is its commitment to utilizing exclusively U.S.-sourced materials and equipment, a deliberate strategy aimed at mitigating supply chain vulnerabilities and fostering domestic manufacturing resilience. This approach aligns with a growing global trend towards localized production and supply chain diversification, particularly in sectors deemed critical for national security and economic stability.
The BFP system’s design breaks from the traditional model of fixed industrial 3D printers confined to conventional factory settings. Instead, its modularity and transportable nature, housed within standard shipping containers, allow for deployment closer to the point of need. This enables the distributed manufacturing of aerospace-grade components, whether in remote field locations, at distributed operational sites, or even directly at manufacturing hubs for automotive and defense projects. This flexibility is crucial for industries that demand rapid iteration, reduced lead times, and the ability to respond swiftly to evolving operational requirements.
Modovolo’s journey to developing the BFP platform was born out of necessity. The company initially sought an industrial 3D printing solution to manufacture components for its own drone fleet. However, existing systems failed to meet Modovolo’s stringent performance and cost-effectiveness requirements for producing aerospace-grade parts at scale. Rather than compromising on its standards, Modovolo took the initiative to design its own system, meticulously tailored to the specific demands of high-performance aerospace manufacturing. The outcome is a versatile, modular platform that can be readily transported and deployed, circumventing the logistical challenges and dependencies associated with centralized production facilities.
This partnership arrives at a pivotal moment for the drone industry, which is experiencing exponential growth. According to a recent report by Additive Manufacturing Research (AM Research), presented at the UAS Additive Strategies conference, manufacturers are projected to produce approximately 17 million drones globally in the current year, collectively requiring nearly 900 million individual parts. The report further forecasts that annual drone production could more than double over the next decade. This anticipated surge in demand necessitates advanced manufacturing solutions capable of producing lightweight, high-performance components with speed and efficiency, ideally at localized production sites. The Modovolo-Lyten collaboration directly addresses this burgeoning need.
Justin Call, CEO and co-founder of Modovolo, elaborated on the genesis of the BFP platform: "We built BFP out of necessity. We could not find a 3D printer fast enough and affordable enough to produce aerospace-grade components at scale for our drones." This candid statement underscores the market gap that Modovolo aimed to fill and highlights the direct influence of their operational requirements on the development of their innovative manufacturing solution.
Lyten’s Graphene-Enhanced Filaments: A New Era for 3D Printing Materials
The strategic choice of Lyten as the primary filament supplier centers on its advanced PA1205 filament. This material is a nylon-based composite, significantly enhanced with Lyten’s proprietary 3D Graphene technology. Lyten asserts that this unique formulation results in components that are not only lighter and stronger but also exhibit improved print speeds and a notable reduction in warping – a common challenge in large-format additive manufacturing. The company further claims that PA1205 surpasses comparable carbon fiber-reinforced filaments in tensile strength and impact resistance, although these specific performance metrics are subject to independent verification.
Lyten’s PA1205 filament is specifically engineered for applications where weight, strength, and durability are paramount. Its potential applications span across critical sectors such as aerospace, motorsports, and other demanding industrial domains. The material’s ability to maintain dimensional accuracy and minimize warping during the printing process is a significant advantage for producing intricate and structurally vital components. This capability directly supports the stringent quality and performance standards expected in these industries.
The current agreement represents an expansion and formalization of a relationship that began in 2025. Modovolo has already been leveraging Lyten’s materials for the production of components for its Lift Quadcopter-X. This ultra-lightweight drone is designed to accommodate various payloads, catering to diverse missions in commercial, public safety, and defense sectors. The transition from supplying materials for drone production to integrating them into Modovolo’s broader industrial 3D printing platform signifies a deepening of their strategic alignment and a broader adoption of Lyten’s advanced materials.
For Lyten, this partnership marks a significant step in broadening the application of its graphene-enhanced materials. While Lyten has established a strong presence in the development of advanced battery technologies and composite materials, this collaboration signifies a strategic move into the burgeoning field of distributed additive manufacturing. This diversification opens up new markets and applications for their innovative material science.
Dan Cook, CEO and co-founder of Lyten, articulated the shared vision: "Our goal is to prove better-performing, better-priced products can be both sourced and manufactured locally. We use Lyten’s proprietary 3D Graphene to enable aerospace, motorsports, and industrial customers to rethink how they design, manufacture, and supply products around the world." This statement highlights a commitment to localized production, enhanced product performance, and a fundamental shift in how complex products are conceived and brought to market.
Demonstrations and Future Outlook
The strategic importance of this partnership will be showcased through upcoming demonstrations planned for later this year. These demonstrations are slated to take place at key industry events, including the Civil-Military Innovation Institute (CMI2), a prominent defense technology forum, and Northern Strike, a large-scale U.S. military training exercise. Additional presentations are also anticipated at other significant aerospace and motorsports events. These high-profile showcases are expected to highlight the capabilities of the Modovolo BFP platform, powered by Lyten’s advanced filaments, to a wide audience of industry professionals, government stakeholders, and potential customers.
The implications of this partnership extend beyond the immediate manufacturing benefits. By promoting U.S.-based production, the collaboration contributes to the nation’s industrial base and technological sovereignty. The ability to produce high-performance components on-demand and locally can significantly reduce lead times, lower logistical costs, and enhance responsiveness for critical industries. Furthermore, the use of advanced materials like Lyten’s 3D Graphene-enhanced filaments could lead to lighter, more fuel-efficient aircraft and drones, as well as more durable and reliable industrial equipment.
The trend towards additive manufacturing for critical applications is accelerating, driven by advancements in materials science, printer technology, and a growing recognition of its strategic advantages. The Modovolo-Lyten partnership exemplifies this trend, offering a tangible solution for the complex challenges faced by industries requiring robust, lightweight, and rapidly deployable manufacturing capabilities. As the drone market continues its upward trajectory and the demand for advanced manufacturing solutions intensifies, collaborations like this will play a crucial role in shaping the future of industrial production in the United States and beyond. The integration of Lyten’s advanced materials into Modovolo’s distributed manufacturing platform represents a significant leap forward in achieving agile, resilient, and high-performance production capabilities for the 21st century.
