Dynamic Armor Slides Module 01: Mobility
Fluidity
and Flow
Dynamic preparation for combat sports and functional longevity.
The "Cold" Barrier
"Most injuries occur in the margins of range of motion."
Challenge: Cold vs. Flow
1 Test your overhead shoulder reach (cold).
2 Perform 30 seconds of shoulder circles and arm swings.
3 Retest overhead reach. What changed?
3-5%
Immediate increase in usable range of motion after targeted dynamic activation.
Static vs. Dynamic
Static Stretching
Can decrease power output if done "cold".
Triggers the "Stretch Reflex" (muscle protection).
Best for post-training recovery/length.
Dynamic Mobility
Releases Synovial Fluid in joints.
Prepares the nervous system for movement.
Active control through end-range.
Anatomical Focus Areas
Hips
The engine of the kick. Internal and external rotation is required for chambering and power generation.
Thoracic Spine
Rotation without lumbar compensation. Essential for hooks, crosses, and shoulder safety.
Shoulders
Stability and mobility balance. Prevents impingement during high-volume striking.
Combat Mobility Flow
Movement Reps/Time Focus Cat-Cow / T-Spine Rotations 10 Per Side Spinal Segmental Control 90/90 Hip Switches 10 Total Internal/External Hip Health Deep Squat to Thoracic Reach 5 Per Side Ankle & Mid-Back Integration Worlds Greatest Stretch 5 Per Side Full Kinetic Chain Activation
Mobility Blueprint Worksheet Mobility Blueprint
Combat Ready Conditioning // Lesson 01
Student Name:
Date:
Part 1: Joint-by-Joint Assessment
Rate your current mobility in the following areas. 1 = Highly Restricted, 5 = Fully Fluid.
Ankle Dorsiflexion
1 2 3 4 5
Crucial for deep stances and generating power from the ground.
Hip Internal Rotation
1 2 3 4 5
Essential for kicking chamber and rotational power.
Thoracic Spine Rotation
1 2 3 4 5
Key for striking reach and overhead shoulder health.
Wrist Extension
1 2 3 4 5
Impact for push-offs, groundwork, and blocking.
Part 2: Personalized Routine
Select 4 movements from the workshop to address your areas of lowest mobility. Define the objective for each.
Movement Name
Volume (Reps/Time)
Specific Target/Benefit
Post-Flow Reflection
How does your body feel differently compared to your 'cold' state? Be specific about joint sensations and mental readiness.
Protocol: Mobility Alpha Version 1.0 Scientific Performance Unit
Mobility Workshop Guide Mobility Workshop Guide
Instructor Resource // Lesson 01
Session Objective
To bridge the gap between abstract kinesiology and practical combat preparation. Students should move from a state of "cold stiffness" to "athletic readiness" using evidence-based dynamic movement patterns.
The Science Hook
"Think of your joints like a sponge. Synovial fluid is the water. When cold, the sponge is brittle. Once we move, we 'pump' the fluid into the joint, making it resilient and lubricated."
Pacing Guide
10m Lecture/Hook
15m Guided Flow
15m Assessment
10m Blueprint Design
Instructional Cues for Success
90/90 Hip Switches
• Keep heels glued to the floor.
• Keep spine tall; don't collapse into the lower back.
• Feel the "reach" in the deep hip capsule.
T-Spine Rotations
• Follow your hand with your eyes.
• Exhale as you reach the maximum rotation.
• Hips remain square; only the mid-back rotates.
Cat-Cow (Segmental)
• Move one vertebra at a time starting from the tailbone.
• Avoid "dumping" into the neck.
• Link movement with breath.
Worlds Greatest Stretch
• Squeeze the glute of the back leg.
• Drive the front knee out slightly over the toes.
• Vertical arm reach to open the chest.
Differentiation & Safety
Regressions (Easier)
For students with joint pain or severe restriction:
Elevate hands on a bench for lunges or rotations.
Decrease range of motion—move only to the point of light tension.
Progressions (Advanced)
For athletic students with high existing mobility:
Add isometric pauses (3-5 seconds) at the end-range.
Incorporate light resistance bands to challenge stability.
Debrief Question:
"If you had to pick ONLY ONE joint to mobilize before a fight to prevent the most common injury, which would it be and why?"
Power Core Slides Module 02: Power
The Power
Center
Mastering the core as a power transmitter and spinal stabilizer.
The Kinetic Chain
Power isn't MADE in the arms; it's TRANSMITTED through the core.
Legs Generate → Core Transmits → Arms Deliver
A weak core acts like a "energy leak," causing power to dissipate before it reaches the target.
Anatomy of a Punch
Ground Force: Rear foot drives into the floor.
Hip Torque: Hips rotate violently toward the target.
Core Tension: Obliques and abdominals stiffen to transfer force to the shoulders.
Impact: Kinetic energy is delivered through the fist.
The Dual Role of the Core
Rotational Power
The ability to generate high-velocity force across the transverse plane.
Med Ball Rotational Slams
Shadow Boxing (Heavily Engaged)
Anti-Rotation
The ability to resist unwanted movement. Essential for protecting the lumbar spine.
Pallof Press
Single-Arm Planks
The "Explosive" Tool
Why Med Balls?
Unlike dumbbells, medicine balls allow you to accelerate through the entire movement. You don't have to slow down at the end to "catch" the weight; you release it. This mimics the ballistics of a punch or throw.
Focus on Intent : Throw as hard as possible.
Triple Extension: Ankle, Knee, Hip.
Rotational Power Log Rotational Power Log
Combat Ready Conditioning // Lesson 02
Student Name:
Section:
Lab Objective: Intent Over Volume
In this session, we measure Peak Power Output . For every rep, the goal is maximum acceleration. Quality and speed are the primary metrics. If speed drops, the set is over.
A Explosive Power (Rotational)
Exercise Set 1 (RPE) Set 2 (RPE) Set 3 (RPE) Observations (Speed/Feel) Med Ball Side Slam (Wall) Med Ball Rotational Throw
B Stability (Anti-Rotation)
Exercise Hold Time Stability (1-5) Correction Notes Pallof Press Hold Bird-Dog (Anti-Extension)
Performance Analysis
1. The Energy Leak Test: On which exercise did you feel your core "giving way" first? Where did the tension shift?
2. Kinetic Linking: Describe how your feet and hips contributed to your Med Ball Slam power.
Force Vector: Transverse Output Log 2.1 Combat Performance Lab
Core Lab Instructions Core Lab Instructions
Instructor Resource // Lesson 02
Safety Protocols
• Ensure med balls are "Dead Balls" (no bounce) to prevent facial injury on slams.
• No Lumbar Flexion: All rotational power must come from the thoracic spine and hips.
• Spacing: Maintain 10ft clearance behind students during rotational throws.
Lab Setup
• Station 1: Wall Slams (Need concrete or reinforced wall).
• Station 2: Stability Holds (Resistance bands or cable machines).
• Station 3: Med Balls (6lb, 10lb, 15lb options).
Technical Execution Cues
Med Ball Slam
"Crush the ball into the earth. It's not a drop; it's an aggressive throw. Pull with your abs."
Pallof Press
"Don't let the band win. Your torso is a pillar of concrete. Breathe behind the shield of your ribs."
Rotational Throw
"Squash the bug with your back foot. Power starts in the floor and exits through the hands."
Red Flag Analysis (Corrective Coaching)
Symptom The "Why" The Fix Lower Back Arching Anterior Pelvic Tilt / Weak Glute Engagement "Tuck your tailbone and squeeze your butt." "Arm-Only" Throws Disconnected Kinetic Chain "Your arms are just the ropes; the hips are the motor." Shrugging Shoulders Trap Dominance / Poor Lat Stability "Pull your shoulder blades into your back pockets."
Key Takeaway for Students:
Stiffness is just as important as speed. If you can't be stiff at impact, your power will leak.
Combat Engine Slides Module 03: Energy Systems
Combat Engine
Capacity
Mastering anaerobic power and the science of rapid recovery.
The Fight Economy
"Fatigue makes cowards of us all." — Vince Lombardi
The 3-Minute Paradox
A fight is a series of maximum effort bursts (anaerobic) interspersed with tactical observation (aerobic recovery). You are training your heart to switch between gears instantly.
Anaerobic Power
Short-duration, high-intensity. Fuels the knockout punch or explosive sprawl.
Aerobic Base
Long-duration, low-intensity. Determines how fast you recover between those bursts.
The Tabata Protocol
20:10
Work to Rest Ratio
Maximum Intensity for 20s.
Why it works:
Increases VO2 Max efficiently.
Trains the body to clear Lactate quickly.
Mimics the "Round" structure of combat sports.
The Goal:
Recover to 60-70% of Max Heart Rate as fast as possible between rounds.
The Combat HIIT Circuit
🥊
Shadow Boxing
Focus on volume and hip rotation.
🤸
Sprawls
Explosive hip drive to the floor.
🦵
Mountain Climbers
Core stability under high fatigue.
🌪️
Burpees
Total kinetic chain demand.
Intensity = Effort / Capacity
Interval Intensity Tracker Interval Intensity Tracker
Combat Ready Conditioning // Lesson 03
Student Name:
Target Heart Rate (Max):
Tabata Circuit Log
Record your Heart Rate (HR) immediately after the 20s burst and after the 10s rest.
Interval Exercise Type Peak HR (bpm) Rest HR (bpm) RPE (1-10) 01 02 03 04 05 06 07 08
Recovery Analytics
1. Heart Rate Variability: Did your Rest HR stay consistent, or did it climb steadily each round? Why?
2. Fatigue Compensation: At what round did your technique begin to degrade? How did you modify your movement?
Energy Protocol: Anaerobic Max Version 3.0 Human Performance Lab
HIIT Simulation Guide HIIT Simulation Guide
Instructor Facilitation // Lesson 03
The "Sparring" Mindset
This is not just a fitness class; it's a simulation. Instruct students to visualize an opponent. A shadow box round without visualization is just arm-waving. Encourage "snappy" movements and vocal exhales on strikes.
Coaching the 10s Rest
"Total stillness. Don't pace. Hands on knees if needed, but big nasal inhales. Control the heart rate."
Coaching the 20s Work
"Empty the tank. 100% intent. Form before speed, but find the red line."
Class Timeline
05m Dynamic Prep
10m Tabata 1 (Work)
05m HR Recovery Log
10m Tabata 2 (Max)
10m Analysis
Operational Protocol
Safety Considerations
• Dizziness: If a student becomes lightheaded, have them sit immediately. Do not let them leave the room alone.
• Floor Traction: Sweat is a slip hazard. Ensure students have towels or that the floor is dry before explosive sprawling.
• Impact: If shadow boxing, remind students not to "hyperextend" the elbow. Snap the punch, don't lock it.
Observation Checklist
Are students striking with their full body or just arms?
Is the sprawl explosive (hips to floor) or a slow step?
Are they utilizing the 10s rest for recovery breathing?
Debrief Discussion:
"In which round did your 'mental' game start to slip before your 'physical' game? How do you stay focused when the heart rate is red-lining?"
Steel Grip Slides Module 04: Grip & Isometrics
The Iron
Grip
Mastering grip mechanics and isometric tension for grappling and defense.
The First Contact
"If you can't hold them, you can't control them."
The Science of Control
Grip strength is one of the highest correlations to overall upper-body power and physical longevity. In martial arts, it is the difference between a successful throw and a missed opportunity.
Grappling
Controlling the Gi, the wrist, or the neck requires sustained isometric tension.
Defense
Stripping a grip or retaining a weapon requires explosive 'crush' strength.
Grip Variations
Crush
Closing the hand around something.
Test: Hand Dynamometer
Pinch
Holding between fingers and thumb.
Test: Plate Pinch
Support
Holding a heavy object for time.
Test: Dead Hang / Farmers Walk
Combat requires all three simultaneously.
The Power of Stillness
Isometric Tension
Muscle contraction without change in muscle length. In a struggle, you often don't "lift" the opponent; you hold them in place while they try to move.
Builds connective tissue strength.
Recruits more motor units than dynamic lifting.
The "Steel" Protocol
1
Towel Pull-Ups (Squeezing the fabric)
2
Farmers Walks (Support endurance)
3
Plate Pinches (Finger strength)
Grip Gauntlet Challenge Grip Gauntlet Challenge
Combat Ready Conditioning // Lesson 04
Student Name:
Partner Name:
The Gauntlet Objective
Rotate through these stations with your partner. Record your performance and the specific 'burn' location for each.
Station 01: Support Endurance (The Dead Hang)
TIME CAP: 2:00
Method:
Hang from a pull-up bar using a standard overhand grip. No thumb wrap for increased difficulty.
Max Time
__:__
Muscle Failure Location:
Station 02: Crush Power (Towel Squeeze)
ISOMETRIC PULL
Method:
Drape a towel over a bar. Grip the towel ends and pull. Hold for max effort for 10 seconds. Rep 3 times.
Effort (1-10)
Stability Observations:
Station 03: Pinch Stability (Plate Holds)
FINGER STRENGTH
Method:
Pinch two 10lb or 25lb plates together with one hand. Walk 20 meters. Record drop count.
Drop Count
# __
Thumb Fatigue Level (1-5):
The Grappling Connection
How did the 'Towel Squeeze' station mimic a specific martial arts technique (e.g., collar choke, wrist control, weapon retention)?
Grip Protocol: Kinetic Anchor Version 4.0 Biometrics Unit
Grip Station Setup Grip Station Setup
Instructor Resource // Lesson 04
Equipment Inventory
Essential Gear
• Heavy Cotton Towels (x10)
• Weight Plates (10lb, 25lb)
• Pull-up Bars (or sturdy overhead beams)
• Chalk (Highly recommended for safety)
Optional Gear
• Hand Dynamometer (for metrics)
• Fat Gripz (to increase bar diameter)
• Gi Jackets (for authentic grappling grip)
Rotation Plan
Divide class into 3 groups. 10 minutes per station including logging time.
Station 1: Endurance
Station 2: Tension
Station 3: Dexterity
Teacher Cues & Safety Protocols
Safety Checkpoints
Wrist Alignment: Ensure students keep a 'strong' wrist (neutral). Do not allow the wrist to 'break' or bend backwards under load.Shoulder Packing: During the Dead Hang, students must pull their shoulder blades down. No 'shrugging' or ears-to-shoulders contact.Drop Zone: Keep feet clear during Plate Pinches. Use yoga mats under stations to dampen impact and protect toes.
Instructional Cues
"Try to leave finger indentations in the plate."
"The towel is an opponent's arm. Don't let it slip."
"Breathe through the forearm burn. It's a mental game."
The "Hook" Activity Variation:
Tug-of-War (Grip Focus): Using a long towel or Gi, students face off. The goal is not to pull the person over a line, but to see who can hold their end the longest while the teacher applies light, unpredictable shaking to the center of the towel.
Longevity Protocol Slides Module 05: Longevity
The Longevity
Protocol
Mastering active recovery and sustainable training program design.
Stress + Rest = Growth
"You don't get better in the gym; you get better in your sleep."
General Adaptation Syndrome
1. Alarm: The stress of the workout.2. Resistance: The body adapts (gets stronger).3. Exhaustion: Overtraining (injury, burnout).
Warning Signs
Elevated Resting Heart Rate
Persistent Joint Aches
Irritability / Poor Sleep Quality
Plateaus in Power Output
The Big Three
Sleep
7-9 hours. The only time the brain clears waste and the body secretes growth hormones.
Nutrition
Protein for repair, carbs for fuel, water for every cellular process.
Active Flow
Light walking or mobility work. Increases blood flow without adding stress.
The Weekly Architecture
Mon/Wed/Fri Tue/Thu Sat/Sun High Intensity: Martial Arts Skill Work + Explosive Conditioning Low Intensity: Technical Drills + Isometrics + Core Stability Recovery: Active Mobility + Long Walk + Full Rest
"Consistency beats intensity every single time."
Weekly Warrior Plan Weekly Warrior Plan
Combat Ready Conditioning // Lesson 05 Capstone
Tactician:
Mission Objective: Sustainable Dominance
Design a 7-day training schedule that balances skill development, strength/power, and systematic recovery. You must account for all 5 modules covered in this unit.
Day 01
Day 02
Day 03
Day 04
Day 05
Day 06
Day 07
Monday
Tuesday
Wednesday
Thursday
Friday
Saturday
Sunday
Required Module Integration
Mobility (M1)
Where are the daily dynamic warm-ups?
Core & Rotation (M2)
Where is the explosive rotational power work?
Anaerobic HIIT (M3)
How many days of high-intensity effort?
Grip & Isometrics (M4)
Where are the isometric holds/grip stations?
Active Recovery (M5)
Minimum 2 days of planned systemic rest.
Scientific Rationale
Explain why you chose this specific distribution of intensity. How does it prevent 'The Exhaustion Stage' of Selye's principle?
Unit Completion Code: LONGEVITY-ALPHA Final Protocol Science of Combat
Programming Rubric Programming Rubric
Instructor Assessment // Lesson 05
Weekly Warrior Plan Evaluation
Modular Integration
Does the plan include all 5 unit modules?
Incomplete (1-2 pts)
Missing more than 2 modules. Program is one-dimensional.
Proficient (3-4 pts)
All modules present but lack logical sequencing or specific exercises.
Mastery (5 pts)
All modules expertly integrated with specific movement names and volumes.
Intensity Distribution
Are high and low intensity days logically spaced?
Incomplete (1-2 pts)
High-intensity days are back-to-back without rest. High injury risk.
Proficient (3-4 pts)
Alternates intensity well, though recovery days may be poorly defined.
Mastery (5 pts)
Excellent periodization. Peak intensity followed by strategic active recovery.
Scientific Rationale
Does the student justify choices using unit vocabulary?
Incomplete (1-2 pts)
Rationale is vague ("I like this exercise") or missing terminology.
Proficient (3-4 pts)
Uses 2-3 terms correctly (e.g., anaerobic, Selye, kinetic chain).
Mastery (5 pts)
Deep understanding. Rationale connects kinesiology to specific combat demands.
Instructor Final Evaluation
Total Score
/ 15
Key Growth Area
Combat Ready Certification: [ PASS / REVISE ]
