Uploaded August 2018 | Updated September 2026, 1 day ago
Using physics, heat transfer, and a ton of force, we can determine which Stand is the Strongest in the 30+ years of JoJo's Bizarre Adventure. It's not what you expect!
Twitter: twitter.com/TheShuckmeister
Everyone else is wrong about the Strongest Stand so leave a comment below about what you think the 2nd strongest is and I'll take a look at it.
This is the first video published from my brand new computer! Another reason it took too long to make. Now that school has started again, expect uploads to slow down.
Season 1
Episode 5
If you want to see more of my Stand Science videos, here's the playlist:
youtube.com/watch?v=sci4jGb3TVg&list=PLwrtHbRPm87SE0R8DPXIR3Gbmhbw9bLEX
Hype for Part 5:
youtube.com/watch?v=THexu2R6ITU&list=PLwrtHbRPm87SInBr0e8N_mq1j3r8rWUQR
Correction: In the final calculation about the work equation, I mistakenly used the Stand's effective range rather than the distance of impact dealt on Super Fly's beam. This means the energy is lowered by about a factor of 100 which is still an impressive 11,350,050 J.
Using physics, heat transfer, and a ton of force, we can determine which Stand is the Strongest in the 30+ years of JoJo's Bizarre Adventure. It's not what you expect!
Twitter: twitter.com/TheShuckmeister
Everyone else is wrong about the Strongest Stand so leave a comment below about what you think the 2nd strongest is and I'll take a look at it.
This is the first video published from my brand new computer! Another reason it took too long to make. Now that school has started again, expect uploads to slow down.
Season 1
Episode 5
If you want to see more of my Stand Science videos, here's the playlist:
youtube.com/watch?v=sci4jGb3TVg&list=PLwrtHbRPm87SE0R8DPXIR3Gbmhbw9bLEX
Hype for Part 5:
youtube.com/watch?v=THexu2R6ITU&list=PLwrtHbRPm87SInBr0e8N_mq1j3r8rWUQR
Correction: In the final calculation about the work equation, I mistakenly used the Stand's effective range rather than the distance of impact dealt on Super Fly's beam. This means the energy is lowered by about a factor of 100 which is still an impressive 11,350,050 J.
