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Squat Therapy

Squat Therapy, or the overhead wall squat, is a relatively simple, yet dynamic training tool. At PLT4M, we use it for an array of different purposes. It can be used to dial in great squat positioning before a big below parallel day, assess current levels of mobility and track progress over time, or simply drill form during the development of new athletes.

Above all, though, we love these wall squats for their ability to act as a diagnostic tool.

Starting at least a full foot or more away, have the athlete face a wall, and settle into a shoulder width stance, with toes slightly turned out. Then, have the athlete raise their arms directly overhead in full lockout position. From here, we will ask them to complete a slow and controlled squat rep, during which we can look for common faults.

1. Do the arms unlock, or do the chest & shoulders drop toward the wall in a “hunched” position?

Take a look at the athlete’s shoulder and thoracic spine mobility. Many young athletes are incredibly immobile through their thoracic spine (section of the spine from the base of the neck to the bottom of the rib cage) from sitting in front of computers, hunching over cell phones, etc. We can reverse this chronic thoracic flexion through regular mobility and strength/activation work.

2. Does the athlete lose their natural lumbar curve – aka does the lower back round out?

This likely signifies a lack of core stability or the need for specific activation. We’re not talking “strength” here, or the active generation of force – we’re talking about the ability to resist movement. With so many crazy dynamic “core” exercises out there, we tend to forget that the primary purpose of our abs is to stabilize the trunk and keep the spine in a neutral position. A great way to shore up and activate the core is through isometric holds. Planks, glute bridges, asymmetrical DB carries, etc are all great options to turn on and improve that core stability.

3. Is the athlete unable to get the hips below parallel?

Lack of depth could be due to a number of different issues. First is basic strength – if an athlete is extremely “untrained” he or she may be unable to support their bodyweight through a full range of motion. Here we can scale depth with targets of decreasing height, progressing them to full depth over time, much like we would scale a push up or pull up. It could also be a product of supremely tight hip flexors – another wonderful byproduct of our sedentary/sitting/desk lifestyle.

Frequently, the lack of depth actually arises due to a lack of ankle mobility, namely the total range of dorsiflexion. There are a number of easy tests and fixes for this issue that will help athletes achieve greater depth while maintaining an upright torso. We will be addressing those tests in future videos, but working calf/achilles flexibility is an excellent start for any athlete having trouble.

4. Are the knees caving in?

Valgus knee collapse is likely due to poor hip mobility or a lack of glute activation and can be a serious risk of injury (both in the gym and on the field). Soft tissue work (foam rolling and poses like the Pigeon stretch) coupled with targeted glute/hip activation (bridges, banded crab walks, etc), can help to open up that hip joint for proper external rotation. This will allow the knees to drive over the toes and maintain the natural hinge position of the knee joint. (See our article on this specific issue here: https://www.plt4m.com/fix-your-squat-4…).

5. Are the feet spinning out, actively rotating on the floor during the descent?

This is most likely the athlete’s body compensating for a lack of ankle mobility. If the knee cannot drive out over the toe, the ankle will rotate outwards in the path of least resistance. It is also possible that the athlete suffers from a lack of stabilization through the foot arch – cue them to drive the big toe into the ground as the squat. Lastly, the spin could also be caused by a lack of hip internal rotation, which we can fix with mobility drills like the Frog pose.

By no means are these the only possible faults and fixes, but they should give you a great place to start with your athletes. Every athlete will follow a slightly different path to perfect form, and regularly diagnosing their movement patterns is a great way to help them along the way.

Still having trouble with an athlete even after utilizing this drill and trying some fixes? Not sure what the problem is? Give us a shout, we’d be happy to consult!

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Teaching the Overhead Squat

One of our very favorite movements here at PLT4M, the overhead squat is a must-have in any athletic training program. We love this squat variation not for raw strength development, but primarily as a mobility, stability, balance, and body control tool.

Athletically, developing the overhead squat does wonders for core stability and positioning – much like the wall squat (squat therapy). It challenges hip and ankle mobility, while demanding a more vertical torso, and increased shoulder range of motion throughout the movement. Disassociating the shoulders/thoracic spine from the hips during a squat (keeping a vertical torso) is useful for any athlete.

The need to “Get Low” is ubiquitous in sport. If, to drop hip level, you sacrifice your entire torso by losing the lumbar curve or collapsing the chest with extreme T-spine flexion, you are surrendering your athleticism. Maintaining a proud chest and active shoulders allows the athlete to act beyond the hip descent. Eyes are up, lungs are open, shoulders are engaged and the hips can move in any direction.

It’s no surprise that the OHS is now often being used by college recruiters as a mobility test for a range of athletes, including football Offensive Linemen.

While widely beneficial, the OHS can be a difficult movement for new athletes to master – or at first, even complete (part of the reason we love it!).

When introducing the OHS, we focus on the overhead position and bar path (beyond our standard points of squat performance).

Athletes should grip the bar in a snatch-width grip and bring overhead to full lockout. We are looking for active shoulders in a “press that never ends”. Armpits should be facing forward in that externally rotated position, with elbow pits to the ceiling.

As the athlete descends into the bottom of the squat, the bar should remain over center mass. This may require some opening of the shoulder (reaching the weight back) to compensate for any forward lean of the torso. This is OK, so long as it isn’t extreme, and they bring the weight back on the way up so that the bar is always directly over the mid-foot.

Once we’ve dialed in supreme positioning, the OHS may also double as a next-level test of midline stability, balance, and full-body strength by adding load to the bar overhead. (This should only be done with experienced athletes that demonstrate perfect technique.) A weighted overhead squat is one of the most athletic blends of mobility, midline stability, full body strength, balance and body control.