The Evolution of Roller Coasters: From Wood to Steel

What keeps roller coasters on the track — and riders safely in their seats?
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Thanks to Ryan the Ride Mechanic for his help reviewing the video.
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🙍‍♂️Video Credits:
Project Lead: Jared Owen
3D Artist: Sliman Selmi
3D Artist: Volscope
3D Artist: Cortomondo
3D Generalist: Alan Planes
Research/Script Writing: Derek Richardson

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🌐Sources:
   • Engineer Explains Every Roller Coaste...  
   • Why roller coaster loops aren't circular  
   • Roller coaster brakes NEVER fail  
   • Roller Coaster Elements: Explained  
   • Waarom zijn Achtbaan Remmen Altijd Ve...  

https://science.howstuffworks.com/eng...

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🎵 Music: (PremiumBeat.com)
Echos of Wonder by Red Line Scores
Wanderlust Dreams by Tulupov Music
Spring Again by Boomer
Ideas Emerge by Northern Points

⌚Timestamps:
00:00 - Early Coasters
01:57 - Wooden Roller Coasters
02:53 - Chain Lift Hill
03:53 - Anti-Rollback Dogs
04:40 - Skid Brakes
05:07 - Speed vs Safety
05:47 - Wheel Improvements
06:49 - Locking Safety Bar
07:37 - Hitch
08:16 - Steel Coasters
08:55 - Fin Brake
09:27 - Loops
10:03 - Hydraulic Restraint
11:07 - Magnet Brakes
12:35 - Launch Hills
13:40 - Inverted
14:00 - Going Higher
14:47 - Keep Learning

📼Video Summary:
How do roller coasters work? In this in-depth video, we explore the history, physics, and engineering behind roller coasters — from the earliest Russian Mountains and wooden switchback railways to today’s high-speed steel coasters with magnetic launch systems. Learn how chain lifts, anti-rollback systems, up-stop wheels, tubular steel tracks, and hydraulic restraints all work together to create safe but thrilling rides. Whether you’re curious about roller coaster safety, the evolution of coaster design, or how ride mechanisms function, this video explains it all using clear visuals and a build-from-scratch approach. Perfect for fans of amusement parks, thrill rides, and anyone who loves learning how complex machines work.

#RollerCoaster #HowItWorks #engineering

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