Genetics of the Strongest Possible Human (1 in 10 Quadrillion)

Summary by Krater

This video explores the absolute theoretical and genetic limits of human strength and the physical traits required to build the ultimate strongman, concluding that while traits like height and ape index are rare, proper training is a more practical path.

From the video

Answers: What are the theoretical limits of human strength and what is the perfect strongman build?

• theoretical limits of human strength
• genetics of strongmen
• ape index in strength sports
• myostatin-related muscle hypertrophy
• tendon insertion and leverage
• bone density and strength limits
• genetic modifications for strength

Exercises

• bench press · barbell
• squat · barbell
• deadlift · barbell
• overhead press · barbell
• dumbbell overhead press · dumbbells
• shield carry · shield
• high bar squat · barbell · 6 reps @ 9 RPE

What it concludes

• The perfect strongman build requires being tall and having a high ape index.
• Genetic mutations like MSTN and LRP5 significantly increase muscle mass and bone density, making extreme strength possible.
• Tendon insertion depth provides crucial leverage advantages for elite strength athletes.
• Using a proven training program with adjustable volume and intensity is more practical than genetic modification for gaining strength.