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Alliance Performance Training
Alliance Youth Hockey Association Performance Training The Alliance Youth Hockey Association (AYHA) is dedicated to developing skilled, athletic, hockey players that can compete at an elite level. The off-ice Performance Training Program is a vital part of the AYHA program. Click on the Schedule button above to see which team has the facility reserved, on which day, and at what time. Alliance Coaches may also make a request to reserve the Training Facility by clicking on the Reservations button.
From time to time, individual teams will schedule extra training or team building sessions at another facility other than Valley Ranch or Polar Ice. Some of those facilities that Alliance teams utilize are Velocity Sports Performance in Coppell, The Winning Edge at the Valley Ranch rink, and Group Dynamix in Carrollton.
Mission Statement It is the mission of Alliance to enhance the athlete’s abilities and reduce the severity and frequency of injuries. Utilizing a modern, functional, well-equipped training facility, and knowledgeable coaches, AYHA has implemented an age specific scientifically based training program that is innovative, structured, and safe.
Using the principle of specificity, each program is designed around the appropriate neuromuscular and energy system as dictated by the demands of the sport of ice hockey. Using the principle of progressive overload, each athlete will be expected to work at a capacity that will continually challenge his or her current state of fitness and ability. The development of power, strength, speed, agility, flexibility, and coordination are the main focus of the Alliance staff.
Performance Training Facility Description
The 1500 square foot Alliance Performance Training facility has the following equipment:
Performance Training Principles The following performance training principles are implemented in all AYHA training programs. These principles are backed by scientific research and when used in combination, promote the increase and development of optimal athletic ability.
Overload – The loads for each exercise are the most basic component of a strength and power training program. Neuromuscular development reacts to the application of these loads. The body is very adaptive. In order to have continued improvement in athletic performance the volume and intensity of the program must be progressively increased. Increasing the load increases the intensity and adding more sets and/or reps increases the volume. To keep the athlete from reaching a plateau the loads and intensity are progressively increased.
ATP-PC Energy System – This system is an immediate energy source and is used at the start of all exercise regardless of the intensity. The ATP is stored in the muscle. It is used for short duration high intensity activities. The duration of this source is about six to ten seconds. It takes 5-8 minutes for it to be replenished. Events such as the 40-yard sprint and maximum lifts use this system.
§ Glycolysis Energy System –This system is used for events that are of moderate duration and intensity. In this system ATP is derived from the breakdown of carbohydrates, either glycogen that is stored in the muscle, or glucose that is delivered in the blood stream. Glycolysis occurs in the absences of oxygen and produces the byproduct lactic acid. This energy system duration is from one to three minutes and is dependent on the intensity of the event. The more intense the event the less time this energy system can supply energy and the greater the build up of lactic acid. Events such as the 400-meter and 800-meter run use this system. § Oxidative Energy System – For events that are of long duration and at low intensity energy is derived from the breakdown of carbohydrates and fat in the presence of oxygen. High intensity aerobic events energy is derived almost entirely by carbohydrates. The duration of this system again depends on the intensity of the activity. Full recovery can occur in 24 hours if there is an appropriate intake of carbohydrates. Ice Hockey uses all three energy systems but predominately utilizes the Glycolysis Energy system. The period of training will dictate which energy system is predominantly being trained.
Performance Training Terminology
· Agility – The rapid change of direction. · Closed Kinetic Chain – Exercise where the terminal joint meets considerable resistance that prohibits movement. Ground based exercises are examples of closed kinetic chains. · Coordination – The ability to synchronize movement of the arms, legs and torso while the body is in motion. · Dynamic Stretching - Stretching performed while in motion. · Flexibility – The range of motion about a joint. · Frequency – The number of training sessions. · General Adaptation Syndrome (GAS) – The manner in which the body reacts to stress. · Hypertrophy – The enlargement of muscle fibers. · Intensity10 - The tension or stress put on a muscle that is dependent on the number of sets, reps, rest period, duration and load. · Periodization3 – The varying or cycling of training specificity, intensity and volume to achieve peak levels of conditioning. · Plyometrics – The reaching of maximum muscular force in the shortest time possible. · Power – The time required to exert force over a given distance. The exertion of force at a high speed. · Proprioception3 – The ability of a muscle to respond to abnormal positions and situations. The ability of the body to recognize position in space. · Quickness – The rapid reaction to an outside stimulus. · Specificity8 – A training program that is particular to the sport activities. The principle allows the matching of the appropriate metabolic and biomechanical characteristics of the training program to the sport activity, thereby training the appropriate metabolic system as well as duplicating joint velocity and angular movement associated with the sport. · Speed – The time required to cover a distance. The ability to achieve high velocity. · Static Stretching – Stretching performed in a stationary position. · Strength – The maximum force that a muscle can generate. · Volume – The number of sets multiplied by the number of repetitions.
References 1. Allerheilegen, B., Edgerton, V., Hayman, B., Kuc, J., Lambert, M., MacDougall, J.D., O'Bryant, H.., Pedemonte, J., Sale, D., Tesch, P., Vermeil, A., and W. Westcott 1993. Determining Factors of Strength Part 1. NSCA Journal. (15):1:9-22. 2. Allerheilegen, B., Edgerton, V., Hayman, B., Kuc, J., Lambert, M., MacDougall, J.D., O'Bryant, H.., Pedemonte, J., Sale, D., Tesch, P., Vermeil, A., and W. Westcott 1993. Determining Factors of Strength Part 2. NSCA Journal. (15):1:23-30. 3. Beachle, T. R. Ed., and R. W. Earle, Essentials of Strength Training and Conditioning, 2nd ed Champaign, IL: Human Kinetics, 2000 4. Bompa, T.O. Periodization Training for Sports. Champaign, IL: Human Kinetics, 1999 5. Fleck, S. J., and W. J. Kramer. Designing Resistance Training Programs, 2nd ed. Champaign, IL: Human Kinetics, 1997 6. Horrigan, J. M., and E. J. Kreis, Strength, Conditioning and Injury Prevention for Hockey, McGraw-Hill Companies, 2003. 7. Kramer, W. J., and S. J. Fleck. Strength Training for Young Adults, 2nd ed Champaign, IL: Human Kinetics, 2005 8. Pearson, D., Faigenbaum, A., Conley, M., and W.J. Kramer. The National Strength and Conditioning Association’s Basic Guidelines for the Resistance Training of Athletes. Strength and Conditioning Journal 22(4): 14-27. 2000. 9. Stone, M., and H. O’Bryant. Weight Training: A Scientific Approach, Minneapolis: Burgess, 1987. 10. Taylor, J., New Mexico State University Performance Training Web Site 11. Twist, Peter, Complete Conditioning for Ice Hockey, Champaign, IL: Human Kinetics, 1997 Training Rules
Scheduling
Cleaning
The Alliance
Dressing Rooms, Training Room, and Conference Room are great assets for our
teams. A consequence of the utilization
We thank all
the players and parents for their understanding and help making Alliance a
quality organization and especially for their hard work and love for
the game of hockey.
The
Winning Edge 211 Cowboys Parkway
Irving, TX
Group Dynamix
Carrollton, TX
Velocity Sports Performance Click here for map from Valley Ranch to Velocity 801 Hammond St. Suite 100 Coppell, TX 75019 Click here for map from Polar Ice to Velocity 469-293-4340
Visitors Since 9-6-2005
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