What Happens When You Push a Car to Mach 1?

Video Description

🪒 Visit https://www.hensonshaving.com/Driver61 and use code DRIVER61 to get 100 free blades with your purchase of a Henson Razor 🎯 Considered a career in motorsport or F1? Take our assessment to see if you're and get a personalised report: https://driver61-education.scoreapp.com 💨 🏎️ Unlock your motorsport career with Drive61 Education—start learning from F1 experts today: https://driver61.com/education/ 🚀 Search for the latest Motorsport Jobs with Fluid Jobs by Driver61: https://fluidjobs.com/youtube 🏆 Get trophi.ai, our iRacing AI coach, and take the 7-day challenge at https://get.trophi.ai/driver61/. Try free for 7 days + 36% off an annual premium subscription! 📺 Watch more Driver61 here: 0-1000 mph in 22 Seconds https://youtu.be/FTJ-lgFimZA How This Car Does 0-100 in 0.9 Sec https://youtu.be/kb1yk_068Kc What If Formula 1 Had No Rules? https://youtu.be/m91v8HNZtTw The Porsche Faster Than F1 https://youtu.be/4LTXhPasw7E What If F1 ENGINES Had No Rules? https://youtu.be/MlKOrg0zpKY That sound is a shockwave, created when something travels faster than the speed of sound. And only one car has ever gone that fast - the Thrust SSC - which hit 763mph back in 1997, over 25 years ago. To understand why this is such a massive challenge, I spoke with Dr Ben Evans, the aerodynamicist from the only team that's ever officially gone supersonic on land. So, let me show you why breaking 1,000mph is one of the greatest engineering challenges in history - and why it might be impossible... 📢 Advertise to 7.3 million F1, motorsport and Engineering fans: https://driver61.com/advertise/ 📹 All source footage can be found here: https://bit.ly/4jhm3iA 👉 My other socials: - Instagram - @official_driver61 - https://bit.ly/D61Insta - Facebook - OfficialDriver61 - https://bit.ly/D61Facebook - TikTok - @official_driver61 - https://bit.ly/D61TikTok - Twitter - https://twitter.com/scottkmansell 🛞 My Sim Kit: - Fanatec DD2: https://bit.ly/driver61-fanatec - SImlabs P1X Pro: https://simlab.prf.hn/l/ZZ9AkG5 #Aerodynamics #1000mph #Engineering