 What would happen if you put Jell-O in space? Does ice cream melt faster? Will bouncy balls still bounce in space? Will snakes litter and zero-grab? This is our Purdue School Launch Box. With this, we're providing to K-12 teachers. We're providing them an ultra-lightweight payload box for their own suborbital spaceflight experiments. We did one of these experiments with a local second grade class here at Cumberland School and it was successful and a lot of fun and great for the students. Simply providing a box like this removes a rather mundane speed bump from the teacher's paths. They don't have to focus on how do I build a custom box. They can focus on the science. They can focus on the education of their students and that whole process. I love how everything that we do has a child component in mind. Everything that we design has to be made by kids and that we have to make everything that we do very simple. I think that it's really important to get kids excited about aerospace engineering from a young age. They're building something that they themselves are sending up into space and it's their own idea. So we give these out and hopefully will help inspire many students to pursue spaceflight.