The experience of non-standard training for special forces
There are situations, when even a second is a lot. Modern combat requires an increase in the speed of decision-making for opening fire and instant preparation for its conduct. Interesting result, born of the experience of armed conflict in the CIS: he showed, that the chances of survival in combat among athletes of martial arts and martial arts are significantly higher than the average level.
The bottom line is, that it is game and fighting sports that significantly improve reaction and coordination of movements. In battle, this is one of the main survival factors - and, respectively, task completion. A trained soldier is more likely to win moments on making the only right decision and opening fire.
Substantially improve the reaction of subordinates, teach them to instantly throw up weapons and aim it is quite possible for 2 – 3 months of systematic classes. Group “SWAT tactics”
This technique is readily available., costs are minimal. What is not less important, it is really tested by many years of experience in training special forces.
How to expand the range of perception.
It is necessary to expand the range of perception - sensory acuity. As is known, a person has 5 main sensory organs - channels of perception (KV): vision , hearing, smell, taste, tactile sensitivity (painful, temperature, muscular-articular, vibrating, pressure, sensitivity of internal organs). First comes a sequential, and then simultaneous training of each HF: it is a prerequisite for an effective and adequate response in unusual situations.
Usually start by training the optic canal.. Defocus gaze, peripheral training (lateral) vision allow you to notice the slightest movement outside the field of view. Then - perfecting your hearing, touch, etc. Ultimately, the result is a formula fixed at the level of automatism: "I see everything, I hear everything, I feel everything ". At the same time, consciousness remains free to assess changes in the environment.
Remember, that the human body has great potential. for example, in a trained person, the accuracy of head positioning is about 1 degrees to the side and 1,5 – 2 degrees back and forth - at the level of the average gyro sensor. The rate of transmission of an excitation pulse from the central nervous system to the muscles is about 120 m / s. That is, theoretically, the time interval from the moment a decision is made to the shot should be 0,008 from, if you take the distance from the brain to the index finger will come out approximately 1 m, but in life it turns out to be two (!) order more.
