top of page

ROBOTIC SERPENTINE WALL

Group members:

Leah Kirssin, Bay Penny, and Trenton Rhodes

The goal of our project was to design a habitable form constructed of custom robotic steam bent and milled wood pieces. The process was to create a parametric design in Grasshopper with custom pieces. Each unit consists of two feet, two bent primary pieces, and one twisted secondary piece. The outline, length, and slots of each piece were pulled from the model and cut from 4’x8’ sheets of 1/4” plywood with the CNC Router. Custom slots were cut into each of the primary pieces using a 5-axis robot. The pieces were steamed and then bent and twisted with the robot and left to dry for several hours to help keep the exact curvature needed and prevent spring back behavior. After all of the pieces were cut, steamed, twisted, and dried, they were assembled into units and added to the structure. 

BIG.jpg
Methodology_FINAL.jpg

METHODOLOGY

GEOOP.jpg

GEOMETRY OPERATIONS

MATH.jpg

CALCULATING RADII OF PRIMARY PIECES

EXP1.jpg

EXPERIMENT ONE

EXP1.1.jpg

EXPERIMENT ONE RESULTS FOR 1/4" OAK PLYWOOD

EXP1.3.jpg

EXPERIMENT ONE RESULTS FOR 1/4" BIRCH PLYWOOD

EX2.jpg

EXPERIMENT TWO

EX2.2.jpg

EXPERIMENT TWO RESULTS

RESULTS.jpg

RESULTS FROM EXPERIMENT ONE AND TWO

EXPERIMENT THREE

PROTO.jpg

PROTOTYPES

FABRICATION.jpg

FABRICATION

CATA.jpg

FABRICATION MAP

FAB.jpg

FABRICATION OF PRIMARIES

ROBO.jpg

FABRICATION OF SECONDARIES

FINAL.jpg

DETAILS OF BUILT WALL

FINAL2.jpg
bottom of page