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GET HIT S&C - Strength & Conditioning Scientific and strategic S&C programming for combat athletes (Boxing, MMA, Wrestling). GET H.I.T. S&C

10/02/2026

Stability Ball Plank Rollout

🔬 Scientific Explanation

The Stability Ball Plank Rollout combines sagittal-plane shoulder flexion and elbow extension with predominantly isometric trunk stabilization. As the ball moves forward and the body becomes more horizontal, changing leverage increases abdominal demand to resist lumbar extension and preserve rib–pelvis alignment. The shoulder girdle controls the moving support while the hips maintain pelvic position; frontal- and transverse-plane stabilization limits lateral drift and rotation.

🥊 Benefits for Combat Athletes

Develops the combat athlete’s ability to maintain trunk and pelvic organization while the arms move under load. This strengthens the support connecting the shoulder girdle to the lower body, building capacity relevant to reaching, framing, and managing external pressure without surrendering position.

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Engineering Combat Readiness Through Human Performance Science.

10/01/2026

Deep Squat to Overhead Reach and Rise

🔬 Scientific Explanation

This movement integrates sagittal-plane hip and knee flexion with ankle dorsiflexion, followed by shoulder elevation and scapular upward rotation while maintaining the deep squat. Frontal- and transverse-plane control regulate knee alignment and pelvic position as the arms change the system’s mass distribution. The ascent then requires coordinated hip and knee extension while preserving overhead alignment, emphasizing active mobility, postural control, and movement integration.

🥊 Benefits for Combat Athletes

Develops the combat athlete’s ability to establish a low base, reposition the upper limbs without destabilizing that base, and transition to standing with control. The combined task challenges usable ankle, hip, and shoulder mobility while exposing compensations that may remain hidden when each region moves independently. Its primary value is coordinated positional capacity and movement preparation.

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Engineering Combat Readiness Through Human Performance Science.

10/01/2026

THE BASE MUST SUPPORT THE NEXT ACTION

A combat athlete can hold a position and still struggle to move from it. Those are different capabilities.

Holding establishes the starting point. Moving an arm, changing trunk orientation, or transitioning upward introduces new demands. The body must adjust pressure, balance, and muscular effort as the task unfolds.

That is where the kinetic chain becomes more than a list of connected joints. Each region has a responsibility, and those responsibilities change with the action. The feet manage contact. The lower limbs support and reposition the body. The trunk coordinates the relationship between the pelvis and upper body. The shoulders and arms perform their task within that organization.

The coaching objective is coordinated movement. A small adjustment can support the action. A collapsing base, uncontrolled shift, or compensatory movement can undermine it. Coaches must recognize the difference.

For combat athletes, force production and positional control must coexist. Producing an action creates consequences that the rest of the system must manage.

S&C should develop that relationship through deliberate movement challenges, then progress the demands as control improves.

OWN THE POSITION. SUPPORT THE ACTION. CONTROL THE TRANSITION.

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Engineering Combat Readiness Through Human Performance Science

09/30/2026

Prone Shoulder Controlled Articular Rotation

🔬 Scientific Explanation

This multiplanar exercise combines shoulder elevation, extension, and internal–external rotation with coordinated scapular movement. The rotator cuff contributes to humeral control while the trapezius and other scapular muscles guide the shoulder blade. Elbow extension increases the arm’s lever length and gravitational demand; elbow flexion reduces it. Maintaining a stable trunk requires the combat athlete to produce active shoulder motion without borrowing range through spinal extension.

🥊 Benefits for Combat Athletes

Develops active shoulder mobility and positional control through ranges that repeated punching and pressing may leave undertrained. The combat athlete must coordinate the upper arm and scapula while managing changing leverage, supporting the ability to transition between shoulder positions deliberately. This complements posterior shoulder strength training by emphasizing control throughout the movement pathway.

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Engineering Combat Readiness Through Human Performance Science.

09/30/2026

THE POSTERIOR CHAIN MUST CONTROL THE ROUTE.

The shoulder must control the route between positions. Reaching the endpoint is only part of the responsibility.

A combat athlete can reach overhead, return to guard, or pull the arm behind the body and still demonstrate poor control during the transition. The destination can conceal what happened along the way: the ribs lifted, the trunk rotated, momentum carried the arm, or control disappeared at a particular angle.

That is where upper-body posterior-chain training deserves greater attention.

The posterior shoulder and scapular musculature must contribute as the arm moves, leverage changes, and the direction of force changes. Their responsibilities extend beyond pulling the shoulder blades together. They help manage the relationship between the upper arm, shoulder blade, and trunk throughout movement.

A strong row provides useful capacity. Training must also address whether that capacity remains available as the shoulder changes position.

For combat athletes, repeated offensive actions place substantial demands on the shoulder complex. The posterior system needs deliberate preparation to contribute to arm control, repositioning, and deceleration. Those responsibilities cannot be assumed simply because a few pulling exercises appear in the program.

Old-school training that piles on push-ups, dips, and punching while giving posterior shoulder work minimal attention leaves an essential responsibility underprepared.

Train the pull. Train the rotation. Train the transition. Require control through all three.

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Engineering Combat Readiness Through Human Performance Science

09/28/2026

Kettlebell Split Lunge Jump

🔬 Scientific Explanation

The combat athlete drives vertically from a deep split lunge, switches leg positions in flight, and lands in the opposite lunge. Hip, knee, and ankle extension produce the jump primarily in the sagittal plane. On landing, those joints absorb force while the hips and trunk control unwanted movement in the frontal and transverse planes. The kettlebells increase the mass that must be accelerated and controlled. This is a loaded power exercise; the brief efforts make hypertrophy a secondary consideration.

🥊 Benefits for Combat Athletes

Each repetition changes which leg leads and which leg receives the greater landing demand. The combat athlete must produce force from one configuration, reorganize the limbs in flight, and establish control in another. That makes the exercise valuable for developing lower-body power alongside positional control during a rapid exchange of responsibility.

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Engineering Combat Readiness Through Human Performance Science.

09/28/2026

THE POSITION AFTER THE EXPLOSION MATTERS.

A combat athlete can produce force from a strong position and still lose the advantage by arriving in a position that cannot control what happens next.

Every step, pivot, level change, and explosive movement redistributes responsibility. The leg that drove the body forward may no longer be the leg that has to stop it. The trunk must reorganize over a new base. The hips, knees, and ankles must accept force before they can help produce it again.

That transition is a physical capacity. It can be assessed, trained, and improved.

If strength and power increase but the combat athlete still needs an extra step to regain balance, the system has gained output without gaining the same ability to manage its consequences. Measure the quality of the next position: Can the combat athlete stop where intended, maintain alignment, and move again without a correction?

ORGANIZE the body. TRANSMIT the force. DEPLOY the capability. Then own the position that follows.

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Engineering Combat Readiness Through Human Performance Science

09/27/2026

Kettlebell Deficit Push-Up to Alternating Renegade Row

🔬 Scientific Explanation

The deficit loads the chest through greater shoulder motion in the transverse plane, while elbow extension drives the press in the sagittal plane. During the row, one arm pulls as the opposite arm supports the body; the trunk resists transverse-plane rotation and frontal-plane pelvic shift. Sufficient load and volume can stimulate upper-body hypertrophy. For combat athletes, the functional demand is producing force while maintaining position as support changes.

🥊 Benefits for Combat Athletes

This exercise develops pressing and pulling strength while demanding control through a change of position. Its value is in the transition: the combat athlete must finish the press, establish support, and pull without losing trunk or shoulder position. That coordination matters whenever force must be produced while the body’s support changes.

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Engineering Combat Readiness Through Human Performance Science.

09/24/2026

Prone Y–T–I Back Raise

🔬 Scientific Explanation

The combat athlete raises the upper trunk while moving the arms from Y to T to an overhead I. Each position changes the shoulder blades’ mechanical responsibility: the T emphasizes control during horizontal abduction, while the Y and I require coordinated movement as the arms reach overhead. The trunk extensors support those transitions. The exercise is most effective when shoulder movement remains distinct from trunk extension, rather than gaining arm height by arching farther through the low back.

🥊 Benefits for Combat Athletes

This exercise develops upper-back and posterior shoulder control across changing arm positions. It gives the combat athlete a way to train the back’s role in positioning and controlling the arms, especially within programs that contain substantial punching and pressing volume. Its purpose is controlled movement quality and endurance, not maximal loading.

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Engineering Combat Readiness Through Human Performance Science.

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