Sport Performance
When it comes to sport performance; tissue tolerance and biomechanics have to work together in order to have an optimal platform for movement. What we have done as a company is define areas of the body that we feel you should address to create efficient movements of the muscle tissue. In return you will be able to load the fulcrums and levers to their maximum potential.
Building Trigger Point Performance programming into the lower leg show real benefits, as all the muscles in the lower leg connect in the foot. The longer your foot stays on the ground, the more opportunity for error. This results in slower movement and potential injury. By creating tissue tolerance in the lower leg, we allow the foot more mobility and the ankle more stability so the body can move more efficiently.
This concept will take the wear and tear off of the knee. As you structure the foot and attempt to move on a lateral plain, the Tibia and Fibula can actually rotate and cause the patella to track improperly. If the muscles have pliability, they will do the primary moving, so the efficiency within that movement will be optimized.
Speaking specifically to field sports, or those that require a defensive stance the typical biomechanics are; knees forward, butt back, hands in front of your body, creating a "pillar of strength." The compression of the body, along with the load on the foot, will efficiently allow one to move up and down, side to side, or forward and back. Unfortunately what we typically see in the hip region is that the butt is shifted back, and the pelvis is tilted. The means the diaphragm is cut off along with dysfunctional weight distribution of the upper body placing strain on the lower limbs. If we can redefine the length tension relationship between the muscles of the upper and lower body and we increase the muscle's tolerance, we can ultimately allow the torso to stay structured through the required plains of movement. This will enable the structural integrity of the lever below the knee, above the knee, the fulcrum of the pelvis, and the lever of the torso to all work in unison, enabling one to breathe more efficiently, create structured torso rotation, and perform at an optimal level.
At Trigger Point Performance, we stick to a periodized method of micro and macro cycles to address tissue tolerance, biomechanical fulcrums and levers and the negative effects of weight distribution. We have the Ultimate 6 areas of the body that we have defined to create/recreate positive biomechanics. The foot is the foundation for every step you take. Addressing the lower leg will enable you freedom within your foot, allowing more efficient movements within multiple plains.
By addressing the Quads, we are going to eliminate the strain on the knee and the hip while creating an incredible amount of force to be drawn out of the muscle groups.
As we address the Psoas, we are going to influence the biomechanics by opening up the diaphragm so you can breath more efficiently. We are going to enable structured torso rotation, and take the strains off the L4-5 area of the lower back. Plus, we are going to remove the negative effects of the weight distribution from the upper body.
As we address the Piriformis, we create pliability within the muscle and the surrounding muscles, which will enable you to get your foot off the ground faster. We are going to enable you to move laterally in an efficient manner, along with giving you increased height and stability when springing upward or forward.
By working the Pectoralis Major and Minor we are going to allow the shoulders to take back to their natural position. This will bring strength and stability to the joint, increase force produced by your arms, and make breathing more efficient.
Building myofascial compression techniques (MCT) or Trigger Point Programming to all the areas above, we are going to create tissue tolerance and increase the efficiencies in every movement that you make. Regardless of what sport you choose, the efforts and your heart rate will decrease and your performance will ultimately increase.













