I was taught at my school to take notes. Copious notes on everything. Notes on techniques, notes on basics, notes on how and why and when to do different things.
I have a notebook full of notes, more than one actually, and I'm willing to bet some of you do as well. So I thought it might be interesting to share some of our notes we've accumulated over time.
I'll start.
-Rob
I have a notebook full of notes, more than one actually, and I'm willing to bet some of you do as well. So I thought it might be interesting to share some of our notes we've accumulated over time.
I'll start.
- Eight Considerations of Combat (which are actually ten)
- Environment
- Range
- Positions
- Maneuvers
- Targets
- Natural Weapons
- Natural Defenses
- Cover & Concealment
- Intent
- Circumstances
- Categorical Breakdown of Attacks
- Grab
- Push
- Pull
- Punch
- Kick
- Hugs, Holds, and Takedowns
- Locks and Chokes
- Weapons
a. clubs
b. knives
c. guns
b. knives
c. guns
- Families of Techniques
Offensive Locks
Offensive Strikes
Defense towards the Inside of the Body
Defense towards the Outside of the Body
Defensive Lock
Defensive Hug or Hold
Offensive Strikes
Defense towards the Inside of the Body
Defense towards the Outside of the Body
Defensive Lock
Defensive Hug or Hold
- Zones of Awareness
Tight Mind
Kime
White Dot Focus
Black Zone Awareness
Flowing Mind
Mushin
Black Dot Focus
White Zone Awareness
Kime
White Dot Focus
Black Zone Awareness
Flowing Mind
Mushin
Black Dot Focus
White Zone Awareness
- Three Points of View
Attacker
Defender
Bystander
Defender
Bystander
- Four Basic Motions
Thrust
Snap
Whip
Slice
Snap
Whip
Slice
- Constituents of Motion
- Object (what moves)
- Energy (what moves it)
- Space (where it moves)
- Direction (where it's moving to)
- Angle (where it's moving comparatively)
- Path (how it's moving)
- Timing (when it moves)
- Speed (how fast it moves)
- Newton's Laws of Motion
- Every object in a state of uniform motion tends to remain in that state of motion unless an external force is applied to it. (Law of Inertia)
- The force of an object in newtons is equal to the mass of that object in kilograms multiplied by it's acceleration in meters per second through a given space. (F=ma)
- For every action there is an equal and opposite reaction. (law of reciprocal actions)
- Ten Ways to Add Power to a Strike
- Strength
- Ground Leverage
- Torque
- Back Up Mass
- Opposing Force
- Marriage of Gravity
- Borrowed Force
- Rebound Energy
- Bringing the Target to the Weapon, vice versa, or both
- Angular Momentum
-Rob