Brick & Prikolist
Brick Brick
Prikolist Prikolist
Prikolist Prikolist
What if we built a giant paper airplane that lands on a moving target? I want to see how precise your construction can be, but I’m planning to throw a confetti grenade at the end.
Brick Brick
Sure, we can build a paper plane, but getting it to hit a moving target isn’t easy. The more precise we want it, the more we’ll need a stable launch and a predictable flight path. A confetti grenade at the end will add a lot of wind and could throw everything off. If you want to try it, let’s start with a simple design, test the launch angle, and then add a little stabilizer or a guide. Keep the paper tight and the fold clean, and we’ll see how it turns out.
Prikolist Prikolist
Nice plan, but let’s not overthink it. We’ll fold a tornado‑shaped glider, launch it with a rubber band, and then drop a confetti bomb right as it hits the target. If it goes sideways, blame the wind and call it a new aerodynamic style. Ready to mess up the science?
Brick Brick
Sounds doable. Keep the folds tight, launch straight, and have the confetti ready. If it veers, just chalk it up to the wind and call it a new style. Let's get it done.
Prikolist Prikolist
Great! I’m tightening the folds, readying the rubber band, and polishing that confetti like a magician’s final flourish. If it goes wild, we’ll just say it’s avant‑garde aerodynamics—no one’s ever seen a paper plane do the cha‑cha before. Let’s make history.
Brick Brick
All right, steady pull. Keep the launch even, and the confetti will just follow. Let's see what it does.
Prikolist Prikolist
Pull, push, and boom—paper plane goes, confetti follows, wind maybe decides to dance. If it ricochets, call it a freestyle aeronautics stunt. Let’s see the chaos unfold.
Brick Brick
Alright, let's see where it lands and adjust from there.
Prikolist Prikolist
Watch it splatter—then we tweak the angle a smidge, maybe add a little winglet, and if it still bounces, blame the wind and declare it a new aerodynamic dance. Let's see the chaos.