Operation Phoenix: The Science of Killing
This “KILL BY NUMBERS” Program Will Give You the EXACT Science, Tactics and Method Behind Lethal Combatives…
OPERATION PHOENIX, the “Assassin’s Handbook,” will ONLY available for a limited time.
The Operation Phoenix Syllabus:
- Target Area Analysis: Discover the science behind the most lethal target areas on the human body and how to exploit them.
- Central Nervous System Attacks: These methods SHOCK the brain, causing it to short circuit and cut out.
- Ocular Shock Techniques: “Fight enders” that overload the central nervous system.
- Spine Assaults:Tactics to compress, crush and dislocate the neck and spine.
- Symmetry Attacks: A series of core combat techniques that can be used from both the front and the rear.
- Methods of Asphyxiation: Combative attacks to the target’s airway.
- Blood Organ Disruption: Techniques that rupture blood saturated organs causing severe drop in blood pressure, internal bleeding and death.
- Concealed Impact Weapons: Flat Sap, Black Jack, Palm Sap methods that completely surprise the enemy.
- Quick Kill Knife Fighting: Lethal edged weapon tactics that will terminate the target in seconds.
- Course Completion Certificate
Great video Damian and George.
In summary, throwing a knife at an attacker for self-defense means:
1. You’ve given up your weapon which gave you an advantage (are you trying to lose/die at this point?),
2. You haven’t killed or even seriously injured your attacker because the knife likely bounced off the attacker (great, you’ve just pissed him off a bit more),
3. The attacker now has access to the weapon you just tossed at him and could potentially use it against you (good work, now he can pick up the knife and stab you), and
4. The much bigger attacker, if by some miracle isn’t armed, is far more likely to close in on you because you just tossed away your weapon (perfect, now that 250 pound monster is going to rush, tackle, and slam you on the concrete).
So great job, you’ve just made a bad situation into an impossible situation. But of course it is all “tactical.”
Awesome summary Cameron! You nailed it, that reminds me one of my friends wants to use a nail gun for self-defense, “ya, he ought to get together with the knife throwing guys”, lol, what next?
Arny throws the knife sidearm and it lands forearm
Hi Paul I assume you meant “Army” and I can only guess that you’re saying that the US Army teaches knife throwing…I’m going to assume what you’re saying is true – it wouldn’t be the first time the US military did something useless and ineffective when it came to hand to hand combat…or anything else for that matter.
Assuming you were able to penetrate an arm with a knife…NO WHAT?? That is no guarantee that the target is incapacitated.
Knife throwing is pretty much a useless skill.
The knife thrower also has no spin in the knife throw. With spin comes forward deceleration.
Paul – the laws of physics are just that LAWS. Gravity is constant and the blade decelerates…I agree, the “spin” would add to the deceleration…but probably not as much as you think.
I took the following from a formula posted for the deceleration of a bullet.
Let’s start off by writing down all the forces the knife experiences from the moment it leaves your hand all the way to the moment it lands in the target or on the ground:
Gravity:
𝐹⃗ 𝑔=−𝑚𝑔𝑦̂
where 𝑦̂ is a unit vector pointing upwards, and that’s why there’s a minus sign there, to make it point downwards.
Drag force:
𝐹⃗ 𝑑=−12𝜌𝑣2𝐶𝐷𝐴𝑣̂
which is in the opposite direction of the knofe velocity. 𝜌 is the density of air, 𝑣 is the speed of the knife, 𝐴 is the cross section of the knife, and 𝐶𝐷 is the drag coefficient. Similarly, 𝑣̂ is a unit vector pointing in the direction of the velocity of the knife.
Now that you have all the forces, you just need to plug them in Newton’s equation of motion to calculate the trajectory of the knife:
𝐹⃗ 𝑡𝑜𝑡=𝑚𝑎⃗
where 𝐹⃗ 𝑡𝑜𝑡=𝐹⃗ 𝑔+𝐹⃗ 𝑑, and 𝑎⃗ is the acceleration vector. 𝑚 is the mass of the knife.
Now all you need to do is solve this differential equation. The further than the given distance, the increase in the drag coefficient.
Great!
I met and trained with a lot of martial art practitioners over the years, had a number of black belt instructors, but NEVER heard any of them ever talk about knife throwing as a serious or any kind of defense. Thx for the validation.