Magnesium vs. Curb: Why MotoGP Rims Fail at 350km/h2. скачать в хорошем качестве

Magnesium vs. Curb: Why MotoGP Rims Fail at 350km/h2.

Chapter : 0:00 - Intro: Why MotoGP Wheels Fail 0:15 - Marchesini & Brembo Components 0:25 - FIM Technical Regulations on Wheels 0:44 - The Incident: Marc Marquez at Buriram 2026 1:04 - Brittle vs. Stiff: Magnesium Explained 1:25 - The "Hammer Effect" on Curbs 1:44 - Thermal Stress & 55°C Track Temp 2:00 - Angle of Attack: Rim Lip Vulnerability 2:17 - Material Fatigue: Final Straw Even though MotoGP rims are made from the highest grade materials, they still have weaknesses under extreme conditions. In this technical breakdown, we analyze the structural failure of forged magnesium wheels, specifically focusing on the science behind why they bend or break when hitting curbs at high speeds, as seen in the recent incident involving Marc Marquez in Buriram 2026. 🔧 What we cover in this video: Why MotoGP uses Magnesium instead of Aluminum or Carbon Fiber. The "Hammer Effect": How impact energy transfers directly to the rim lip. Thermal Stress: The role of 55°C track temperatures on metal fatigue. Angle of Attack: Why lean angle makes wheels vulnerable. ⚠️ Disclaimer: This analysis is based on technical specifications and regulations. Safety in MotoGP is paramount. #MotoGP #TechnicalAnalysis #MarcMarquez #MotorsportScience #Brembo #Michelin #BuriramGPEven though MotoGP rims are made from the highest grade materials, they still have weaknesses under extreme conditions. --- CREDITS: Visuals: MotoGP / Dorna Sports Audio/Voiceover: Trackside Pulse GP Editorial COPYRIGHT DISCLAIMER: Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. This video is transformative in nature and uses small portions of copyrighted material for educational and analytical purposes. ---