Squats vs Leg Press

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The squat, known as the granddaddy of all bodybuilding exercises, simultaneously works more major muscles than any other resistance-training movement. The quadriceps (quads), hamstrings and gluteus maximus (glutes) are specifically targeted, while the hip and torso muscles are incorporated for stabilization and to assist the primary muscles. You can see why many experts in weight training consider the squat to be a whole-body exercise, even though you utilize it as a lower-body move.

Stabilizer muscles are smaller—and often less visible—muscles called upon during free-weight exercises to provide support and prevent unwanted movement. To perform the squat safely and effectively, the abdominal muscles (including the rectus abdominis, external and internal obliques and the transverse abdominis) and spinal erectors of the lower back contract isometrically to hold the torso in place as movement occurs at the hips and knees. Likewise, the hip muscles contract to hold the hip girdle stationary, allowing only the desired movement (hip flexion and extension).

The squat range of motion (ROM) about the knee and hip joints is relatively large. Increased ROM translates into greater muscle activation and ultimately into superior muscle development. In particular, the wide ROM at the hip is what notably differentiates the squat from the leg press.

LEG PRESS BENEFITS
Leg press apparatus provides proper positioning and safety.

Maximal weight can be used to overload the target muscle group (quads).

Minimal stabilizer and assistant muscle involvement increases emphasis on the quads.

Limited involvement of glutes and hamstrings leads to concentrated quad development.

Foot plate allows you to shift the emphasis on the leg muscles by changing foot position.

SQUAT BENEFITS
Greater hip range of motion (ROM) enhances hamstring and glute development.

Increased stabilizer and assistant muscle involvement improves overall strength and mass.

Hip adductor (inner thigh) involvement contributes to overall leg size.

No specialized equipment or apparatus required.

More bang for the buck: You target several leg and torso muscles with one exercise.

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The Truth about Squats

By definition, a full squat is just below parallel, where the hip joint is lower than the knee joint. At the bottom of the squat, if you were to put a marble on your thigh, it should roll down towards your hip — not your knee.

In actuality, most people perform half squats or quarter squats (referring to the range of motion) for various reasons. Some can’t due to mobility issues, while others simply resist because they claim squatting to full depth is “bad for your knees and back.”

Fortunately, we can look to science — specifically a recent study published in the journal Sports Medicine1 — for a definitive ruling on the squat depth debate.

Researchers essentially did a review of all current literature on knee and back health, as it pertains to squat depth at various loads. The researchers reviewed a total of 164 articles and found some very interesting data. Not only are full depth squats not dangerous, they actually cause less stress on your knee joint and spine. “When compared with half and quarter squats, in the deep squat [less] knee joint and spinal joint stress can be expected.”

“Not only are full depth squats not dangerous, they actually cause less stress on your knee joint and spine.”

Noted in Scientific Study —

Supportive tissue (ligaments and tendons) will adapt to increased loads, and concerns about degenerative changes in the knee are unfounded.

At the turning point of a half squat, there is more compressive stress on the knee and a smaller support surface for the quadriceps tendon (when compared with a full squat).

Full squats do not have any negative effect on the stability of knee ligaments.

The spine adapts to squat training by A) increasing bone mineral density, increasing tensile strength of ligaments, and C) strengthening back muscles — this contributes to a protective effect.

When half squatting, a significantly greater load is necessary to create the same training stimulus (when compared to the full squat) — this requires MORE compressive force on the back and knee to produce the same effect.

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Leg Workout That Actually Works Your Legs

Functional-Legs

I use Overload in order to train my legs into big, solid, lean, functional legs.
This Leg Workout I designed was meant to help me build up my legs, for power, size and strength.
Here is my leg routine, I call it the 6-6-6 leg workout.
Its easy, simple to remember and it actually works!
6 sets, 6 reps, and 60 second recovery between sets.

6 sets Squats
6 sets Dead lifts
6 sets Standing Calve Raises

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