Aquatic Drone Manufacturing Launched Using LFAM Technology

Royal3D, a company specializing in large-scale additive manufacturing (LFAM), has ventured into the maritime and heavy-duty manufacturing sectors with their LFAM technology. They are currently working on developing the ShearWater Aquatic Drone, a marine drone that could serve as a prototype for startups looking to create their own autonomous systems. Partly funded by the EU CrossRoads program, this drone integrates maritime AI-driven technology, 3D printing, and innovations to enhance safety and efficiency in port inspections and maritime operations.

The ShearWater drone is made from recycled and recyclable materials, making it lightweight and impact-resistant. Royal3D has incorporated its intellectual property knowledge into the 3D printing process of the drone. The company offers its expertise in design, engineering, and production to help other companies integrate their systems for the drone’s specific purpose.

With over a decade of experience, Royal3D is known for delivering high-quality, durable, and sustainable components for maritime and industrial applications. They specialize in producing large-scale, high-performance components using two of the largest printers in Europe. By utilizing recycled and recyclable materials, Royal3D is committed to sustainability and reducing environmental impact in manufacturing. Founder Fulko Roos highlights their ability to adapt advanced 3D printing technologies for industries with demanding strength and durability requirements.

In addition to their expertise in urban design and architectural applications, Royal3D’s focus on maritime and industrial manufacturing showcases their commitment to pushing the boundaries of large-scale additive manufacturing. As they expand their printing capacity, they are reshaping how industries approach production, material efficiency, and design capabilities, opening up new possibilities for the 3D printing industry.

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