Step 2: Fold the paper in half from top corner to bottom corner. Step 1: Start with a square piece of origami paper, but if you only have regular 8.5x11 paper, follow these instructions to make a square sheet. As long as there is an adult to supervise and relay the guidelines in folding.įollow the steps below to create your own paper frog. If you consider teaching your kids how to do the folding process of this frog origami, make sure that they will be more attentive because it has a lot of crucial folds, but kids can do it. Do not hesitate to follow the easy step-by-step folding process to make this origami frog because, as you know, it will all be worth it. This paper frog is so much fun to make, aside from the fact that you can use it as part of your games, and everyone will enjoy it and have so much fun. This origami frog is definitely awesome and if you enjoyed this one, you should also try the origami jumping frog. If you like the paper frog, you may also like the origami jumping frog. You should have no problem making this if you follow the instructions and pictures carefully. There are quite a few folds, but also lots of repeating folds. It's not hard to learn how to make a paper frog such as this one. You'll have fun folding this and have even more fun seeing the reactions of other people.

Frogs do have a puffy body after all compared to their dainty little limbs. What separates this model from most others is the ability to blow into it and make it puffy. This paper frog is an exceptional piece of origami. However, even if you do an ugly job on the legs you should still be able to make them. The legs do require some delicate folds because of how thin they are. As you can see, this frog may be a little more complicated than the other frogs due to the well defined legs and the blow up body. Learn how to make an origami frog with these helpful instructions and diagrams. If you have any questions or need additional support, watch the below video tutorial.Follow the steps below to make this Origami Frog. When you let go, the frog leaps into the air- the potential energy is spent in the form of kinetic energy and your frog flies. As you push down on the back of your frog the spring is depressed- potential energy is stored. And when you fold that thickened paper over itself, the paper wants to correct to its natural stat-being flat-and it bounces.īasically, in the back of the frog you created a paper “spring” with the folds. With every fold of the paper, you are making your frog thicker. Put both sides of the “airplane flaps” into the pockets that you recently discovered. As you fold it up two pockets will be revealed. Fold the not-pointy side (on the airplane side of the frog) up to the points. You will need this line in the next step. Turn your paper over and fold the flaps in the small squares out – these will be your legs.īend the non-pointy side up to create a crease line. The fold should resemble a paper airplane. Fold the “flaps” of the triangle up to the corner-repeat to make little squares on opposite sides of your square.įlip your paper over and bring the sides of the square that do not have the little squares to line up along the center of your square. After doing this to both sides of the sheet, you will be left with a triangle. Pinch the top and bottom of each triangle and fold the paper in on itself. When unfolded, you will now have “X”s on each half of your sheet. Unfold it and repeat with the opposite side.

Next, bring the sides into the center, making a right-angled triangle. Fold it in half (like a hamburger), then fold it in half again. We used a piece that was 8 inches wide and four inches across. We’ll explore these 2 principles-potential energy and kinetic energy-with origami frogs. When the spring jumps or the rock is falling, that is called kinetic energy, or energy in motion. When you push it down it has a potential to jump back up into place. You can also see this principle in action with a spring. Paper Frogs and Physics: After-School STEM Activityįor this STEM activity, your child will learn about physics-and how energy can be stored as potential energy.Īn example of potential energy is how a rock at the top of the hill has great potential to fall.

Origami frog directions