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@rezzito: #dates #humor

Rezzito
Rezzito
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Region: BR
Tuesday 26 May 2026 21:22:53 GMT
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Comments

ju_duartecorrea_
Ju_duartecorrea_ :
"Quem vai cantar Belo comigo?" 😂😂😂😂
2026-05-26 21:58:50
2
kellyrobertaarts
Kelly Roberta 🦋 :
Não gosto de pagode nem samba. minha cara automaticamente 😂😂😂😂
2026-05-27 03:44:48
2
izabellavargasfidel
Izabella Vargas :
pois foi extremamente sensato 😌
2026-05-26 21:39:43
1
mimireism
Mimireism :
Super te entendo! Como assim? Não gosta de samba🤷🏽‍♀️
2026-05-27 17:54:52
0
claudiablackstar
claudia BlackStar :
povo do universo 😂😂😂
2026-05-27 04:58:36
0
felixsatanas
Félix Diabo :
Vc é culpado.. tu vende uma imagem diferente 😁😅😂
2026-05-27 06:03:02
0
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Other Videos

Lonely 2 #lionelmessi #messi #fyp
Lonely 2 #lionelmessi #messi #fyp
Funny moments #funny #funnyfail #funnymoment #failmoment #fail
Funny moments #funny #funnyfail #funnymoment #failmoment #fail




🕰️⚙️ What you're watching isn't just a clock. It's a machine that turns gravity into time. This incredible build is a 3D-printed mechanical marble clock, where every minute depends on precise engineering rather than electronics. Instead of using motors to move the display, marbles act as both the timekeeping elements and the moving parts of the mechanism. Each marble follows a carefully designed network of ramps, gates, and lifts. Gravity pulls the marbles through the system, while a powered lift returns them to the top, creating a continuous loop. Every track angle, surface finish, and timing sequence must be calibrated with incredible precision—because even a fraction of a millimeter can cause a marble to jam, bounce incorrectly, or arrive too early. What makes projects like this so challenging isn't the printing itself. It's the engineering tolerance. 3D-printed parts naturally have tiny imperfections, so builders often spend weeks adjusting clearances, reducing friction, refining gear alignment, and reprinting components until the entire mechanism runs reliably. A single improvement to one section can affect the timing of every other part of the clock. It's a perfect demonstration of mechanical engineering, physics, gravity, friction, and precision manufacturing working together to create something both functional and mesmerizing. No digital display. No touchscreen. Just hundreds of moving parts... and gravity doing the rest. 👇 Would you rather build a project like this or buy a regular clock? 📷 This content is shared strictly for educational purposes. 📷 DM for credit or removal. 📷:ivanmirandawastaken / YT Follow @astrashristi for daily engineering insights, physics facts, AI breakthroughs, and mind-bending science. 🚀 #Engineering #3DPrinting #MechanicalEngineering #Clock #Physics #STEM #Innovation #Maker #DIY #Science #Technology #MechanicalDesign #EngineeringFacts #ScienceFacts #InterestingFacts #3DPrinter #Mechanism #ScienceReels #Design #Astrashristi
🕰️⚙️ What you're watching isn't just a clock. It's a machine that turns gravity into time. This incredible build is a 3D-printed mechanical marble clock, where every minute depends on precise engineering rather than electronics. Instead of using motors to move the display, marbles act as both the timekeeping elements and the moving parts of the mechanism. Each marble follows a carefully designed network of ramps, gates, and lifts. Gravity pulls the marbles through the system, while a powered lift returns them to the top, creating a continuous loop. Every track angle, surface finish, and timing sequence must be calibrated with incredible precision—because even a fraction of a millimeter can cause a marble to jam, bounce incorrectly, or arrive too early. What makes projects like this so challenging isn't the printing itself. It's the engineering tolerance. 3D-printed parts naturally have tiny imperfections, so builders often spend weeks adjusting clearances, reducing friction, refining gear alignment, and reprinting components until the entire mechanism runs reliably. A single improvement to one section can affect the timing of every other part of the clock. It's a perfect demonstration of mechanical engineering, physics, gravity, friction, and precision manufacturing working together to create something both functional and mesmerizing. No digital display. No touchscreen. Just hundreds of moving parts... and gravity doing the rest. 👇 Would you rather build a project like this or buy a regular clock? 📷 This content is shared strictly for educational purposes. 📷 DM for credit or removal. 📷:ivanmirandawastaken / YT Follow @astrashristi for daily engineering insights, physics facts, AI breakthroughs, and mind-bending science. 🚀 #Engineering #3DPrinting #MechanicalEngineering #Clock #Physics #STEM #Innovation #Maker #DIY #Science #Technology #MechanicalDesign #EngineeringFacts #ScienceFacts #InterestingFacts #3DPrinter #Mechanism #ScienceReels #Design #Astrashristi
#virul #tiktok #foryou #viralvideo #fyp
#virul #tiktok #foryou #viralvideo #fyp

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