Real engineering, not slides
Structures, avionics, software, and flight operations are built in-house by a multidisciplinary student team — with documented progress, testing, and milestones.
Cargoswift is building autonomous cargo aviation from a student engineering team with institutional backing, real hardware in development, and a clear path from prototype to operational freight.
Critical logistics need faster, more flexible delivery than trucks can offer. Autonomous cargo UAVs unlock routes over terrain, traffic, and infrastructure limits — and Cargoswift is developing the aircraft, software, and operations to make that real.
We combine the agility of a startup with the engineering depth of CTU's Faculty of Mechanical Engineering — prototyping in workshops, validating in simulation, and building toward flight with partners who understand aerospace.
Structures, avionics, software, and flight operations are built in-house by a multidisciplinary student team — with documented progress, testing, and milestones.
Hosted at FS ÄŚVUT with access to laboratories, academic supervision, and a partner network spanning prototyping, composites, and IT infrastructure.
Regulatory frameworks for drones are maturing, logistics demand resilience, and autonomous freight is moving from concept to commercial pilots worldwide.
A student project with the discipline of a product team — partner-backed infrastructure, prototype iterations, and milestones on the path to a certifiable platform.
We welcome conversations with investors who understand deep tech, hardware timelines, and the long runway of aerospace — and who want to support a credible Czech team building real autonomous freight capability.
Contact our teamIf you invest in teams that ship hardware, not just pitch decks — we should talk.