Gist
Squats train the core to brace under load. They can improve trunk strength, while direct core exercises allow more targeted progression. Learn how to programme squats for the core.
The calves stabilise the ankle in a squat, but most lifters need direct plantar-flexion work for substantial calf growth. Learn how to programme squats for the calves.
Yes. Squats can build the quads effectively when useful depth, challenging sets and progressive loading are maintained. Learn how to programme squats for the quads.
The abs contribute to trunk flexion and bracing during a slam. They may adapt, although direct abdominal work is more measurable. Learn how to programme medicine ball slams for the abs.
The triceps assist the throwing action, but the brief ballistic effort rarely replaces progressive presses or extensions. Learn how to programme medicine ball slams for the triceps.
Yes, slams can challenge the core through bracing and forceful trunk action, particularly when performed with control and intent. Learn how to programme medicine ball slams for the core.
The lats help drive the ball down from overhead, although rows and pulldowns offer a clearer growth stimulus. Learn how to programme medicine ball slams for the lats.
The calves stabilise the ankle and help control forward knee travel, but front squats alone rarely provide enough plantar-flexion loading for maximal calf growth.
The hamstrings assist and stabilise, but front squats are not a primary hamstring-building exercise because knee and hip motion limit their net shortening.