Foam rolling, massage balls, or pressure tools that reduce tension and improve mobility.
Strengthening the joint at the very edge of its range — helps improve mobility safely.
Turning on specific muscles before you use them.
Helps create power, stability, and good form.
Slow, intentional circles to build joint health and control.
How far you can move a joint using your muscles.
Holding a stretch for 20–60 seconds to improve long-term flexibility.
How far a joint can move when someone or something else moves it.
Movement-based stretching used in warm-ups.
Example: Leg swings, open-book rotations.
Your ability to move a joint smoothly through a healthy range of motion with control.
How far a muscle can stretch.
Flexibility is passive — mobility is active.
How safely and efficiently you can slow down or stop.
How quickly you can speed up.
Responding quickly to a cue — visual, verbal, or physical.
Occurring on the same side as the grounded and/or working side.
Fast, explosive jumps or hops used to improve power and quickness.
Occurring on the side opposite to the grounded and/or working side
Forward, backward, and lateral patterns combined.
Side-to-side steps or hops that improve hip, ankle, and knee control.
Your ability to change direction quickly while staying balanced and controlled.
Throws, slams, or rotational tosses used to build athletic speed.
Simultaneous extension of hips, knees, and ankles to create explosive power.
How fast you can produce force — key for power athletes.
Absorb force (load) → release force (explode).
Used in golf, jumping, sprinting.
The “stretch–recoil” ability of muscles and tendons — like a rubber band.
High-effort movement done with speed, not necessarily heavy weight.
Strength expressed quickly — the ability to create force fast.
Complete the full range, no shortcuts.
Pull shoulders gently down and back to stay stable.
Chest open, spine long, eyes forward.
Initiate rotation or movement from the hips, not the arms.
Move with intention — don’t rush or jerk the weight.
Push into the floor to create stability or power.
Create tension in your midsection as if preparing for a light punch.
Slight bend — prevents locking or hyperextension.
A comfortable, natural curve — not too rounded or arched.
Keeps your core aligned and reduces lower-back stress.
Stopping when your form breaks down — not when you collapse.
Gradually increasing difficulty to keep improving.
Speed of each phase of a lift:
Eccentric: Lowering
Isometric: Holding
Groupings of reps.
How many times you perform a movement.
Loaded walking for stability & core strength.
Example: Farmer’s carry.
Single-leg strength + stability.
Forward, reverse, lateral, or rotational lunges.
Upper-body pulling — horizontal or vertical.
Example: Rows, lat pulldowns.
Upper-body pushing — horizontal or vertical.
Example: Push-ups, shoulder press.
Knee-dominant movement involving lowering and raising your body.
Hip-dominant movement. Sending hips backwards, decreasing angle between torso and thighs
Example: Deadlift, hip hinge, RDL.
Long exhale to calm tension between sets.
Breathe out during the hardest part of the movement.
Expanding the rib cage in all directions for full core activation.
Inhale → hold slight tension during the lift → exhale after the hard part.
Breathing deep into the belly, not the chest — improves stability.
Balancing volume and intensity to avoid injury.
Pushing a joint past its healthy limit.
When one part of the body works harder because another part is limited.
Too much of the same motion without adequate recovery.
Aligning joints on top of each other for safe force transfer.
Your ability to control movement and resist unwanted motion.
Your ability to stay upright when something unexpected happens.
The area beneath you where your weight is centered — wider = more stable.
How your weight is distributed over your base of support.
Balance on one leg — essential for golfers, runners, and everyday movement.
Your body’s sense of position — helps with control and coordination.
Resisting unwanted rotation — builds core stability.
Examples: Pallof press.
Walking mechanics — heel strike, mid-stance, toe-off.
Walking with resistance to build total-body stability.
Upper-body strength patterns.
Turning through the hips and thoracic spine.
Single-leg variations for strength and balance.
Knee + hip movement with upright posture.
Hip-based movement pattern.
Examples: Deadlift, RDL.
When the foot rolls outward and the arch lifts.
Helps create stiffness for pushing off and power.
When the foot rolls inward and the arch lowers.
A normal part of shock absorption and gait.
Opposite of plantarflexion — pulling your toes upward toward your shin.
Important for squats, lunges, balance, and proper weight shift.
Pointing your toes downward, like pressing a gas pedal.
Used in jumping, pushing off the ground, walking, and creating power from the trail foot in golf.
Bending your palm toward the inside of your forearm.
Bending the back of your hand toward the outside of your forearm.
Arching or lifting the chest upward.
Bending forward or rounding the spine.
Straightening your knee.
Bending your knee.
Driving your leg backward — the main movement of glutes.
Examples: Deadlifts, bridges.
Lifting your thigh toward your chest.
Examples: Squats, marching, sitting.
Straightening the elbow.
Raising your arm forward and overhead.
Bending the elbow (like a biceps curl).
Moving your arm backward behind your body.
Lifting the shoulder blades upward (shrugging).
Pulling the shoulder blades downward (“shoulders away from ears”).
Moving the shoulder blades forward, away from the spine.
Used in pushing movements.
Pulling the shoulder blades back and together.
Used in rowing, posture, and golf setup stability.
Balanced, natural alignment — not overly arched or rounded.
Your strongest, safest posture for most lifts and athletic movements.
Also called spinal flexion.
Back curves outward, ribs compress, chest drops.
Also called spinal extension.
The back bends inward, chest lifts, ribs pop forward.
Important for awareness: too much arching can overload the lower back.
Tilting the wrist toward the pinky side (wrist “uncocks”).
Rotating the forearm so the palm faces up.
Essential for trail-arm delivery and squaring the club.
Tilting the wrist toward the thumb side (wrist “cocks”).
Rotating the forearm so the palm faces down.
Important for clubface control in the golf swing.
Pelvis sits level — ideal for most athletic positions.
Front of the pelvis lifts up, back of the pelvis tucks under.
Flattens the lower back.
Helpful for core activation and reducing lumbar stress.
Front of the pelvis drops down, back of the pelvis lifts up.
Creates an arched lower back.
Common in golfers and people who sit a lot.
Ability to generate force through turning — huge for golf performance.
Trail = back side of your swing
Lead = target side
Ability to deliver the club with the correct angle at impact.
Losing wrist angles too early.
Hips thrust toward the ball during downswing — often due to mobility issues.
How much force you push into the ground — a major source of clubhead speed.
How weight transfers between your feet during the swing.
Angle between club and forearm during downswing — key for speed.
How energy flows through the body to the club.
The order your body moves in the swing:
Ground → hips → torso → arms → club.