
The Muscle Ladder: Get Jacked Using Science

Hip-hinge movements involve bending and straightening at the hips.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
his pistol, points it at your head, and says, “One more rep.” You do the rep, and he says it again. And again. And again. Finally, with your life literally on the line, you just can’t crank out another one.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
two exercise classifications: compound exercises and isolation exercises.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
the training program had lots of variety from day to day, but the participants did the same exercises from week to week.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
Machine chest press
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
To understand why it’s so important to train hard, it helps to understand something far more fundamental: what makes muscle tissue grow in the first place.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
I use the same movement patterns in every program I design. You’ll always see squat-type movements, hip hinges, presses, and rows. But I rotate variations throughout the year—flat and incline bench press, back and front squat, dumbbell and machine shoulder press, etc. I alternate secondary and tertiary exercises more frequently.
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
you don’t stop when it gets uncomfortably difficult. You keep going until your muscles cannot produce enough force to complete another rep without bizarre, acrobatic contortions (aka “cheating”).
Jeff Nippard • The Muscle Ladder: Get Jacked Using Science
Barbell overhead press