Transporting critical cargo like medical supplies, emergency equipment, and time-sensitive goods typically relies on airplanes and helicopters. While effective, these aircraft are expensive to operate, complex to maintain, and often impractical for remote or underserved regions. They require onboard crews, extensive ground infrastructure, and favorable operating conditions, all of which increase cost and risk.
Swiss-based Dufour Aerospace envisioned a new solution: long-range hybrid-electric uncrewed drones capable of flying hundreds of kilometers while carrying substantial payloads and advanced sensor systems. These drones take off and land like helicopters but deliver the speed, efficiency, and safety of airplanes. This makes them an ideal solution for real-world critical cargo delivery with high safety standards and low operating costs.
Dufour’s product-development cycles require tight integration between software, hardware, structures, and certification requirements. In early years, they relied on a patchwork of manual processes and disconnected tools to manage design data, part numbers, and releases. Manual exports, spreadsheet-based workflows, and fragmented communication between design and manufacturing created friction as the team grew and projects became more complex.


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