This post is continued from How to Test Your Model Bridge Loading a bridge by placing weights on top of it has become my method of choice. This is because I have access to a weight set with ample weights to to break any bridge I have created so far. This method is quite and … Read more
This article is continued from the page: How to Test Your Model Bridge. The above photos give you several examples of the hanging bucket method used in real life situations. This method is fairly versatile, and you can adapt it to fit your needs. Please notice that in each of these photos there is a … Read more
The method you use to test your model bridge will make or break it. Okay, most of the time the bridge breaks no matter what. How much weight your bridge holds before collapsing is partly determined by how you test the bridge. Whether you have a popsicle stick bridge, balsa bridge, toothpick bridge or other type of model bridge, these testing tips will give you a jump start and help you make an informed decision on how to test your bridge.
It’s that time of year again, and the 11th annual West Point Bridge Design (WPBD Contest) Contest is starting. Registration is free and open to anyone, so I encourage you to try your hand in this fun contest. The software for the contest is simple to use, and actually is a great tool for learning … Read more
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 … Read more
Video highlighting the top three bridges from the Maine Transportation Conference Popsicle Stick Bridge Contest. These bridges are quite impressive, with the winner holding 1278 pounds before breaking. The commentary on this video contains useful observations and thoughtful opinions from the video makers.
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.
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.