We created an experience for Bombay Sapphire that utilized Robots to produce a crowdsourced one of a kind piece of art.
![]()
Participants were invited to visit a web portal to select a color and its corresponding placement on the canvas. They could then view a live feed as their contributions were painted onto the canvas in real time by the robotic arms, living at ROW DTLA.
![]()
The robots took input from thousands of online users to generate the artwork point by point, which was displayed in its completed form at The Other Art Fair.
![]()
Process:
Initially, we prepared a study on robot placement to determine the optimal canvas size while utilizing the maximum reach of the two robots. To accomplish this, the entire scene was designed in 3D to determine constraints and best build options to accomplish the creative goals. This allowed us to pre-visualize the entire installation and work out the best placement of the live stream camera in real space.
![]()
![]()
![]()
![]()
One of the more fun challenges was creating a system for the robots to be able to paint multiple colors. 3D printed grippers were engineered so that the robot arms would be able to grab and paint repeatedly again and again without fail. This was all designed specific to the type of paint dot, drip, and organic shape that we wanted to create.
![]()
Also incorporated into the experience, a macro lens camera was attached to the arm to capture the freshly painted dot while pulling away from the canvas to produce a unique personalized view into the participants mark on the canvas.
![]()
![]()
![]()
Final canvas:
![]()
Participants were invited to visit a web portal to select a color and its corresponding placement on the canvas. They could then view a live feed as their contributions were painted onto the canvas in real time by the robotic arms, living at ROW DTLA.
The robots took input from thousands of online users to generate the artwork point by point, which was displayed in its completed form at The Other Art Fair.
Process:
Initially, we prepared a study on robot placement to determine the optimal canvas size while utilizing the maximum reach of the two robots. To accomplish this, the entire scene was designed in 3D to determine constraints and best build options to accomplish the creative goals. This allowed us to pre-visualize the entire installation and work out the best placement of the live stream camera in real space.
One of the more fun challenges was creating a system for the robots to be able to paint multiple colors. 3D printed grippers were engineered so that the robot arms would be able to grab and paint repeatedly again and again without fail. This was all designed specific to the type of paint dot, drip, and organic shape that we wanted to create.
Also incorporated into the experience, a macro lens camera was attached to the arm to capture the freshly painted dot while pulling away from the canvas to produce a unique personalized view into the participants mark on the canvas.
Final canvas:
CREATIVES
Danilo Boer | Marco Kotlher
© 2024 itsmarcpark.com