Top Endurance

One of the primary goals of a well-designed endurance training program is to help the athlete achieve positive physiological adaptations through proper training and recovery so that the athlete can optimally peak for competition. A well-designed program will also reduce the chance of injury and illness while promoting systematic recovery throughout the training plan. When an athlete experiences a high training load, the body is placed under a great deal of physiological stress. The body does not begin to positively adapt to that stress until proper recovery takes place. A common error is believing that more is always better when it comes to endurance training. However, training without adequate recovery leads to overtraining (often referred to as underrecovery), illness, and burnout. In contrast, too much recovery without training can lead to a deconditioned state or lack of preparation. The amount and timing of both training and recovery are very important when designing a training program for endurance athletes.

DESIGN AND PLANNING
Recovery-based training should be a primary focus of program design. Without adequate recovery, athletes will not optimally progress and reach their full potential. Note that recovery does not only mean days of rest without activity. Recovery takes many forms, including things such as skill and technique practice, massage, good sleep, aerobic cross-training, and proper nutrition. All of these are important in implementing recovery within a training program. Designing a training program for endurance athletes requires four steps:

1. Gather information.

2. Focus on initial planning components.

3. Examine the training program in more detail.

4. Plan the periodization of each cycle.


This step also involves determining the athlete’s sport background, competitive history, sport-specific strengths and weaknesses, injury history, muscular imbalances, physiological variables (based on lactate threshold, metabolic, and body composition testing), biochemical variables (based on blood work analysis), and biomechanical variables (body movement efficiency patterns). Most important, the coach and the athlete need to determine the amount of time that the athlete can realistically devote to training on a daily basis. This should include identifying the athlete’s life commitments (such as family, social, and career) and details on the athlete’s daily commute (mode and time to and from work). Many new endurance athletes are a bit overzealous and take on more than they can handle. Athletes must differentiate between realistic and idealistic time goals so that they can achieve a proper balance between sport and life.

Step 2 involves focusing on the initial planning components. These components include the type and frequency of high-quality training sessions, the time between training sessions, the type and frequency of recovery sessions, and the proper build-to-recover ratio of the periodization program (and when this may fluctuate throughout the training year). In this step, the coach and athlete should also determine the mental training and nutritional strategies that will be used. In addition, they should identify the method of communication and type of feedback that will be used between the athlete and coach.

Step 3 begins the process of planning the training program in more detail. This includes determining the specific training techniques that will be used at specific times of the year and throughout the meso- and microcycles. In addition, the coach and athlete should determine when tactical skills will be worked on in relation to race-specific scenarios, determine when and where specific training sessions should be placed throughout each training cycle, and identify the associated goals and outcomes for each specific workout. Athletes need to have specific physical, mental, and nutritional goals for each training session throughout the training plan. Nonquality training sessions are not exempt from this rule. Each training session, regardless of type, should include specific goals and objectives, and recovery opportunities should be emphasized. The structure of recovery sessions throughout the training program should be planned in this step.

The last step includes planning each periodization cycle. In general, the preparatory cycle lasts 12 to 16 weeks. In a traditional periodization plan, the preparatory cycle enables the athlete to build the aerobic foundation, strength, and flexibility needed to progress to the next cycle (the next cycle is more physically, mentally, and nutritionally challenging). The precompetition build cycle is where the goals of improving speed, economy, power, and race-specific strength are normally implemented (in 2- to 8-week cycles). This provides the athlete with optimal recovery time before the race season begins. As the race season approaches, properly implemented tapers will become crucial in getting the athlete to the start line feeling rested and ready to race.

The actual competition season can be quite long—up to 36 weeks for some athletes—but race blocks are often separated into 1- to 4-week periods if competitions will take place each week. This allows the body to recover well. In addition, because most athletes can only achieve two or three formal peaks in the competition season, top-priority competitions are often separated into two or three separate blocks throughout the season. A transition between competitions or intense training blocks can be included in order to implement short recovery bouts between competitions. These recovery bouts usually last 1 or 2 weeks. Additionally, a full transition cycle of 2 to 8 weeks can be scheduled at the end of the competition season. This gives the athlete a full block of recovery. During this transition cycle, the athlete’s goals are to exercise without structure, cross-train, have fun, and take a mental and physical reprieve.

Here are some additional things that coaches and athletes need to consider when determining the structure and timing of training cycles:

• When and where strength training fits into the program
•  When to implement drills that require fine movements and a high amount of focus
•  How many high-quality training sessions should be implemented during each training cycle
•  Whether two high-quality training sessions should be completed in one day (referred to as combo workouts or bricks for multisport athletes; referred to as doubles for single-sport athletes)