There are three exercises I believe every quarterback should be doing to increase throwing velocity:
Purpose: Develop lower body rotational power and hip-shoulder separation
Throwing a football is a rotational movement. You load your back hip, separate your hips and shoulders, and then uncoil that stored energy through your trunk and arm. The med-ball lateral rotational throw directly trains this pattern.
How to do it:
Why it works:
Rotational velocity is a leading contributor to throwing speed in QBs. These throws teach your body to create that rotational force explosively and in the same movement pattern you use on the field.
Purpose: Build unilateral strength and stability through the chest, shoulder, and trunk
A single-arm dumbbell bench press does far more for quarterbacks than the traditional barbell version. With one arm pressing, the rest of your body has to stabilize, resist rotation, and coordinate force across your upper body.
How to do it:
Why it works:
This lift builds upper body strength, shoulder stability, scapular mechanics, and trunk control without the restrictions of a barbell. It’s also safer on the shoulder joint because the arm can move more naturally through its range of motion, allowing better scapular activation.
Can be done with heavy weight and lower reps or lighter weight with explosive intent.
Purpose: Train lower-body force and stability through a split stance position.
If you’ve never done these, they’re a game-changer. Split-stance pin iso holds are an isometric strength exercise that teaches you to generate maximum force with your lower body.
How to do it:
Why it works:
These isometric holds develop lower body force production. This is the foundational base for power when throwing. The more force you can generate, the more energy gets transferred up the chain into your trunk and arm.
At SpinLabAi, we track how these exercises and movement patterns translate to real throwing performance. Using motion analysis, we measure:
By combining data from our platform with targeted training, we can quantify improvements in velocity and show athletes how to improve much faster than ever before.