Storming Universe was founded in January 2024 as a spinoff from the SYSTEC R&D Unit at the Faculty of Engineering, University of Porto (FEUP). Originating in Porto, we set out on a mission to revolutionize drone technology, transforming logistics and bringing cities closer.
We emphasize first-mile delivery, enhancing connectivity with reliable, low-emission, and sustainable drone logistics. Beyond connecting cities and making deliveries faster, more affordable, and eco-friendly, we are committed to leveraging our technology for humanitarian missions. Whether it’s medical aid or emergency relief, Storming Universe’s drones are designed to overcome the limitations of conventional infrastructure, delivering life-sustaining resources efficiently and effectively.

Our Goal

By the end of 2027, we plan to launch our flagship drone capable of carrying 500 kg over 2,500 km, overcoming the limitations of conventional infrastructure and minimizing environmental impact. Central to our innovation is advanced AI-based autopilot technology, ensuring optimal safety, collision prevention, and adaptability in dynamic airspaces. Our ambitious goal includes setting a world record by successfully landing at Nepal’s Lukla Airport, the world’s most dangerous airstrip, proving the resilience and reliability of our technology. We strive to bridge logistical gaps, deliver life-sustaining resources, and set a new standard for sustainable, efficient logistics.

Collaboration

Educational Collaboration

University of Porto

Branded as a spinoff FEUP, Storming Universe emerged from the SYSTEC Lab at the Faculty of Engineering of the University of Porto (FEUP), benefiting from the expertise and technical excellence associated with one of Europe’s finest universities.

Institute for Systems and Robotics

In collaboration with the Institute for Systems and Robotics (ISR Porto), we benefit from pioneering research and innovative approaches in robotics and systems engineering. This partnership enhances our commitment to advancing technology in dynamic environments.