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have you ever wondered what it would be like to fall onto a giant water balloon? the slow mo guys, gavin and dan, decided to find out in their latest experiment. they filmed themselves falling onto a giant water balloon at an incredible 12,500 frames per second, capturing every detail of the splash and burst in slow motion.
in this article, we'll take a closer look at the experiment, the equipment used, and the results. we'll also discuss the science behind the slow motion video and why it's so fascinating to watch.
the experiment
gavin and dan are known for their slow motion videos, but this one was a bit different. they decided to film from the roof of the house, which added an extra level of excitement and danger to the experiment. gavin was the one who would be jumping onto the giant water balloon, while dan filmed from above.
the giant water balloon was filled with water and left in the shed since last june. it was a bit skanky, but it still worked for the experiment. the slow mo guys used a phantom v2640 camera, which was lent to them by vision research. this camera is capable of capturing high-speed footage at up to 1,000,000 frames per second, making it perfect for slow motion videos.
the results
the results of the experiment were amazing. the slow motion video captured every detail of the splash and burst, from the moment gavin hit the balloon to the water droplets flying in all directions. the video was so detailed that you could see the individual droplets of water as they separated from the balloon.
the slow mo guys were surprised by the results, but they were also relieved that they didn't break anything during the experiment. they had a few concerns about breaking the camera or their legs, but everything went smoothly.
the science behind the slow motion video
the slow motion video was fascinating to watch, but it also had some scientific value. by capturing the splash and burst in slow motion, the slow mo guys were able to study the physics of the event in detail. they could see how the water droplets separated from the balloon, how they moved through the air, and how they landed on the ground.
the slow motion video also showed the impact of the splash on the balloon itself. the balloon was stretched to its limits as the water was forced out, and it eventually burst under the pressure. this is a great example of the physics of elasticity and the limits of materials.
conclusion
the slow mo guys' experiment of falling onto a giant water balloon at 12,500 frames per second was a success. the slow motion video captured every detail of the splash and burst, and it provided some valuable insights into the physics of the event. if you're interested in slow motion videos or physics, this experiment is definitely worth watching.
for more information on the slow mo guys and their experiments, check out their instagram pages: gavin and dan.
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