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PROVE ME WRONG AND GUESS WHICH WIND SPEED BREAKS IT #satisfying #asmr #shorts
Welcome to Satisfying Art 3D! Prepare yourself for a deep dive into the fascinating world of high-fidelity physics and fabric simulations, created exclusively with Blender 3D. If you are a fan of mesmerizing loops, complex fluid and soft body simulations, or simply searching for high-quality, oddly satisfying ASMR content, this channel is your ultimate destination.
In this particular video, we are focusing on the intricate relationship between powerful wind forces and realistic fabric deformation. We've rendered a textured piece of fabric, featuring a clean white cross-stitch grid pattern, floating over a powerful and customizable RGB LED fan, reminiscent of high-end gaming setups. This is a crucial test to show how wind affects different cloth textures at varying speeds.
Watch carefully as we step through the following wind speeds (measured in knots): 4 Knots, 11 Knots, 16 Knots, and culminating in a relentless blast at 22 Knots. At the lowest speed (4 Knots), you'll witness the cloth gently lift and float, exhibiting soft, mesmerizing ripples. This is where the most "satisfying" and stress-relief moments occur.
As the wind force escalates to 11 Knots, the deformation becomes much more pronounced, with deeper, more defined folds. Jump up to 16 Knots and the fabric is lifted much higher, but its shape is starting to crumble. The real showdown happens at 22 Knots. The powerful wind from the RGB fan completely overwhelms the fabric, causing it to crumble, collapse, and fold upon itself violently. It's a true test of physical annihilation of shape.
We've rendered this simulation in stunning detail, from the grid pattern on the cloth to the RGB reflections on the metallic-looking futuristic floor. Did you guess the exact crumple speed correctly? Let us know in the comments below! Don't forget to like this video and subscribe for more amazing and satisfying 3D simulations. We have some incredibly complex fluid and soft body simulations on the way!
Видео PROVE ME WRONG AND GUESS WHICH WIND SPEED BREAKS IT #satisfying #asmr #shorts канала Satisfying Art 3D
In this particular video, we are focusing on the intricate relationship between powerful wind forces and realistic fabric deformation. We've rendered a textured piece of fabric, featuring a clean white cross-stitch grid pattern, floating over a powerful and customizable RGB LED fan, reminiscent of high-end gaming setups. This is a crucial test to show how wind affects different cloth textures at varying speeds.
Watch carefully as we step through the following wind speeds (measured in knots): 4 Knots, 11 Knots, 16 Knots, and culminating in a relentless blast at 22 Knots. At the lowest speed (4 Knots), you'll witness the cloth gently lift and float, exhibiting soft, mesmerizing ripples. This is where the most "satisfying" and stress-relief moments occur.
As the wind force escalates to 11 Knots, the deformation becomes much more pronounced, with deeper, more defined folds. Jump up to 16 Knots and the fabric is lifted much higher, but its shape is starting to crumble. The real showdown happens at 22 Knots. The powerful wind from the RGB fan completely overwhelms the fabric, causing it to crumble, collapse, and fold upon itself violently. It's a true test of physical annihilation of shape.
We've rendered this simulation in stunning detail, from the grid pattern on the cloth to the RGB reflections on the metallic-looking futuristic floor. Did you guess the exact crumple speed correctly? Let us know in the comments below! Don't forget to like this video and subscribe for more amazing and satisfying 3D simulations. We have some incredibly complex fluid and soft body simulations on the way!
Видео PROVE ME WRONG AND GUESS WHICH WIND SPEED BREAKS IT #satisfying #asmr #shorts канала Satisfying Art 3D
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9 апреля 2026 г. 23:50:11
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