Dane Stokes
Mastering Complexity, Crafting Excellence
This project, developed in collaboration with Caleb White, is an exploration into space filling structures, 3D printed construction methods, and robotic structure control. 

Deployable Structure

This project, developed in collaboration with Caleb White, is an exploration into space filling structures, 3D printed construction methods, and robotic structure control. 

This project, developed in collaboration with Caleb White, is an exploration into space filling structures, 3D printed construction methods, and robotic structure control. 

By utilizing space filling geometry, paired with 3d printed trusses and rivet connections, this experimental structure is able to expand to three times its retracted area while maintaining structural integrity. Robotic controllers trigger the s

By utilizing space filling geometry, paired with 3d printed trusses and rivet connections, this experimental structure is able to expand to three times its retracted area while maintaining structural integrity. Robotic controllers trigger the system's deployment based on user interaction.

By utilizing 3D printed trusses, connectors, and rivets the need for existing components was eliminated and the entire system was able to be designed in house, creating a high level of design refinement and cost efficiency.

By utilizing 3D printed trusses, connectors, and rivets the need for existing components was eliminated and the entire system was able to be designed in house, creating a high level of design refinement and cost efficiency.

1 2 3
Previous Next
This project, developed in collaboration with Caleb White, is an exploration into space filling structures, 3D printed construction methods, and robotic structure control. 
By utilizing space filling geometry, paired with 3d printed trusses and rivet connections, this experimental structure is able to expand to three times its retracted area while maintaining structural integrity. Robotic controllers trigger the s
By utilizing 3D printed trusses, connectors, and rivets the need for existing components was eliminated and the entire system was able to be designed in house, creating a high level of design refinement and cost efficiency.