![various sketches of vehicles](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/95d12de03c-1717889225/bauhaus-art-design-cloud-004-1000x-q80.webp)
![various sketches of vehicles](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/95d12de03c-1717889225/bauhaus-art-design-cloud-004-1000x-q80.webp)
![cad-modells of soft-kill-option process](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/55cb335466-1717889226/bauhaus-art-design-cloud-002-1000x-q80.webp)
![person riding the three-wheeled cargo-scooter](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/a915786679-1717889225/bauhaus-art-design-cloud-001-1000x-q80.webp)
![three-wheeled cargo-scooter, studio shot](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/5d1ff78874-1717889226/bauhaus-art-design-cloud-003-1000x-q80.webp)
![A three-wheeled cargo scooter during a photoshoot in a studio](https://www.uni-weimar.de/b-a-d.cloud/media/pages/mantis/0ec60f87c7-1717889225/bauhaus-art-design-cloud-005-1000x-q80.webp)
Mantis is an electric cargo scooter that aids in the transportation of everyday loads in an urban setting. The lightweight yet sturdy frame was designed using the “Soft Kill Option” method, which is an algorithm is based on bone growth to reduce material usage. Thus, Mantis provides a versatile alternative to current cargo vehicles.