STILFOLD Secures Funding to Realize the Next Generation of Sustainable Drone Airports

STILFOLD has received funding to realize the next generation of sustainable drone airports through the groundbreaking iPOD project. This project examines the potential of recycled aluminum combined with origami-inspired curve folding technology to create innovative and eco-friendly drone landing platforms, known as vertiports.

iPOD (Innovative Platform Origami Droneport) is a pioneering initiative within the advanced air mobility sector. By leveraging STILFOLD’s patented technology, the project aims to design vertiport structures made from recycled aluminum, focusing on material recycling, lifecycle design, and energy-efficient manufacturing. The goal is to create a sustainable, resilient, and environmentally conscious air mobility infrastructure that meets future needs.

“With the iPOD project, we take a step towards a more sustainable aviation infrastructure through our technology and innovative design,” says Jonas Nyvang, CEO of STILFOLD. “Our unique origami technology enables modular and mobile drone ports that can be manufactured and assembled anywhere, opening new possibilities for both civilian and military applications.”

The project benefits from Kookiejar of Sweden’s extensive experience as an end user and their expertise in both ground and air infrastructure.

STILFOLD’s technology enables the entire drone platform to be constructed from modules with specific design shapes and assembly processes, allowing it to be packed into a container for full mobility. This means that manufacturing and installation can occur anywhere the mobile production unit is available, promoting flexibility and accessibility in both urban and rural environments.

“The project also adopts a ‘dual-use’ strategy, meaning the solutions are adaptable for both civilian and military purposes,” says Ramin Moshfegh, Senior Business Developer at RISE. “This enhances the project’s relevance and its potential contribution to national and international developments in advanced air mobility.”