What is My Project
For my project, Iβm creating a steampunk-inspired Strandbeest. A Strandbeest is a wind-powered walking machine originally designed by Dutch artist and engineer Theo Jansen. First introduced in 1990, Strandbeests are fascinating mechanical creatures made from lightweight materials like PVC pipes, using linkages to move like real walking animals. Jansenβs vision was to make them self-sustaining so they could roam beaches and help reinforce sand dunes against rising sea levels.
Image 1: Theo Jansen with One of His Strandbeests
Why Iβm Using an Existing Model
Building a Strandbeest completely from scratch would be an awesome challenge, but with the semesterβs time constraints, itβs just not realistic. Instead, Iβm modifying a pre-existing model created by the YouTuber Engineezy. Using this as a starting point lets me skip the trial-and-error of designing the mechanics and instead focus on making it look steampunk. My goal is to transform the design with brass and metallic finishes, exposed gear details. This way, I can spend more time on aesthetics instead of troubleshooting the walking mechanism itself.
Image 2: Theo Jansen with One of His Strandbeests
How Iβm Achieving the Steampunk Look
To get that classic steampunk aesthetic, Iβm using metallic spray paints to give the parts a brass, iron appearance. At first, I considered using metallic-colored PLA filament for 3D printing, but after some research, I realized it wasnβt worth the cost. Metallic PLA is more expensive, comes in limited colors, and I wouldnβt be able to see the final look before buying.
Since Iβve used metallic spray paints before and had good results, I decided to go with that instead. Itβs not only more affordable but also gives me more control over the final color and texture. With spray paint, I can layer different spray paints to create a worn effect if I chose to also I can specifically color certain parts of the model without using multiple colors of filament.
Current Progress
Iβve already gathered all my materials and am trying to move quickly. I bought three main spray paint colors: brass, metallic, and brown, to create a mix of aged and polished metal finishes. Thankfully I have a lot of PLA filament on hand, so I didnβt need to buy more.
Iβve also sliced all the STL files and started 3D printing the parts. Since this project has over 100 pieces, I knew I had to start early to make sure everything gets printed in time. Managing the print schedule is key because I still need time for post-processing, painting, and final assembly in addition to any unexpected stuff along the way.
Image 3: All Parts Sliced in 3D Print Slicer
Featured image: Chatgpt
Image 1: https://en.wikipedia.org/wiki/Theo_Jansen
Image 2: https://engineezy.com/collections/stl-downloads/products/the-toronto-strandbeest
Image 3: My own
4 Comments. Leave new
Hi Anthony, this is awesome. I have heard of Theo Jansen and I love his work. What is the scale of this strandbeest? Given that all the parts have to fit on the 3D printer bed, I am imagining that this will be slightly smaller than a basketball. All around great work!
Thank you Joe, Theo Jansen’s work is awesome. The scale of my project is like a decorative piece on a end table or bookshelf.
How would something walking on the beach reinforce sand dunes? Usually beach authorities want to keep people off the dunes to preserve them. Do the strandbeests deposit sand? How are they self sustaining?
Great questions. Strandbeests like Theo Jansen’s are designed to walk along the beach and in some cases push sand slightly as they move, helping to naturally reinforce dunes by redistributing it. However, they are not fully self sustaining or actively depositing sand in a targeted way. The idea is more conceptual, using wind powered motion to support natural dune formation passively rather than replacing conservation efforts.