- Kits and Plans
This is a very nicely built popsicle stick bridge. If you want to build a strong popsicle stick bridge, than I would suggest that try something like this. Because all the popsicle sticks are glue together, this bridge will have amazing lateral support. I used this idea on a lesser scale on my Prairie Popsicle Stick Bridge.
Here is a sneak peak at one of my newest creations: a model suspension bridge made from popsicle sticks and parachute cord. This bridge was created as part of a custom project I was contracted to design. While I had been thinking about building a kit/blueprints for a popsicle stick suspension bridge, I had not been able to create one simple enough to replicate easily. However, I found a way to construct one with a simple method and this is the result.
Nic’s design held a weight of 224kg and had a final efficiency of 1020. It did not shear or snap at any member, but bowed in the second third of member C-E. This member did have angled bracing to stop bowing and this brace did not snap it was only the glue joins in this brace that failed. The truss ballooned out at the point when 2.2kN of force was applied. It was at this point that the test was stopped
At our college earlier this year, we had to build a bridge using popsicle sticks within one hour. We were provided with about 60 sticks, a cushion of office pins and a tube of super-glue. I have attached a picture of the bridge we constructed, that eventually won the first place. I’m sorry I don’t have a better picture to show you.
These are the photos of a popsicle bridge that I made for a bridge building contest at my university in Spain. The weight of the bridge was 3.9kg, and the bridge held 700kg without breaking. This gives it an efficiency score of 180. The dimensions of underneath the arc are 90cm x 45cm.
This popsicle bridge was made from 58 unmodified popsicle sticks. It was 25 inches long, 4 inches tall, and 3 inches wide. I used only Elmer’s white glue to build the bridge. It weighed 86.5 grams, and held 45 pounds. Its efficiency score was 248. Build This Bridge I redesigned this bridge from the earlier version. The new one is more efficient. It is also easier to build. I changed the position of only a couple popsicle sticks, and actually […]
Hi, I just wanted to share the excitement…by using ideas from your website (recommended by my son’s Cub Scout leader) my son Jackson and I were able to build a Popsicle bridge with approximately 125 sticks. It set a new record by holding 500 lbs. for about 15 seconds before breaking! Thanks for the great ideas…not bad for the first try
This is a great opportunity to learn principles of engineering and physics while having lots of fun. This popsicle bridge kit allows you to construct a Howe Truss Bridge which really works. Not only does this bridge work, but it can hold some serious weight. Put a load of 100 pounds on it, no problems. And if you spread the load out along the entire span, this little bridge can hold 140+ pounds of force.
Have you ever wondered what type of bridge is the strongest? I definitely did, and that is why I created this popsicle bridge kit to compare and contrast three types of bridges to see which one can hold the most weight. This is a very interesting project and was a lot of fun to make and test. In order to be a scientific test, each bridge is made from similar materials (popsicle sticks and glue, and cord for the suspension […]
Here is a collection of the best of the web on Popsicle Stick Bridges. Digital Structures – Popsicle Bridges Building a Popsicle-Stick Bridge