Aerobic Workouts

Moderate-work, moderate-duration workouts (aerobic workouts) are the simplest to execute. For most sports, athletes complete these workouts by simply exercising (e.g., riding or running) for anywhere from 45 to 90 minutes at aerobic intensity. The first 5 to 10 minutes and the last 5 to 10 minutes of these workouts should be used to warm up and cool down. For the warm-up, the athlete builds from easy to aerobic intensity; the athlete does the reverse for the cool-down.

Aerobic workouts are a conservative way to improve endurance. These workouts will boost the endurance of a relative beginner in endurance sport. Aerobic workouts are also effective in the early stages of the training year for most athletes. If an athlete is showing signs of heading toward underrecovery syndrome (i.e., consistent fatigue, poor workouts, reduced appetite, moodiness), performing some aerobic workouts instead of interval workouts will help the athlete maintain balance between workout stress and recovery. For most athletes, a good blend of interval workouts and aerobic workouts is the best complement to long workouts.

Designing training programs is both a science and an art. The science is the easy part. The art is the part that develops with experience. Beginner athletes and coaches need to keep in mind that each athlete is an individual and will react slightly differently when performing a given workout. Many variables may affect how an athlete responds to a training program. Three factors that should be taken into account are the athlete’s years of training, current stress levels, and chronological age.

Experience and research have shown that an athlete who has trained consistently will be able to withstand a greater level of training than an athlete who is just starting a training program. The more experienced athlete will usually be able to perform a greater amount of work without incurring negative side effects such as overtraining or inadequate recovery. The more experienced athlete will also be able to handle a greater amount of intensity than the novice athlete. Athletes must avoid falling into the “more is better” strategy of intensity training. The majority of training (as much as 100 percent for the beginning athlete) should be aerobic in nature; even the most experienced athletes should be doing 10 to 15 percent of their work at high intensity. If too much high-intensity work is performed, the athlete will not have adequate recovery. Many athletes—both novice and experienced—make the mistake of training too hard during the low-intensity workouts, which inhibits their ability to go as hard as they should for the higher-intensity work.

Many novice athletes and coaches forget that stress levels hamper an athlete’s ability to recover from training. Family, job, and relationships are all potential stressors, as is an athlete’s living situation, such as living with a noisy roommate. An athlete or coach needs to be realistic about everything that may affect training. The athlete who is starting a new job, is recently married, or has just moved across the country may respond to training differently than the young and single individual who has no responsibilities other than working and training for competition. The best training programs follow the science of periodized planning, but the athlete or coach should recognize that a plan may need to be adapted or changed depending on how the athlete responds.

Older athletes sometimes require additional rest or recovery in order to achieve the optimal training effect. Older athletes are more likely to have limitations due to previous injuries, aging factors (such as arthritis), disc degeneration, and decreased strength. This doesn’t mean that older athletes are unable to compete at high levels. It simply means that younger athletes may have a faster rate of recovery and a greater rate of improvement from training.

Aerobic Workouts

Aerobic Endurance Development

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Types of Workouts

The cultures of most endurance sports have deep traditions of focusing on completing as many miles and hours as possible, regardless of the quality of the workouts—and even at the expense of quality. This leads to a real challenge for modern-day endurance athletes. With the many outside demands on athletes’ time and energy, athletes need time-efficient ways to train effectively that allow them to recover from their workouts and grow stronger. High-quality workouts enable athletes to get the most from the time and energy put into workouts. The benefit of high-quality workouts far exceeds the benefit of completing as many workouts as possible. Athletes should eliminate workouts that do not focus on quality.

In addition to the “more is better” mind-set in society and in the cultural histories of endurance sports, athletes may also feel bombarded with a sea of information on training methods that have accompanied developments in technology. Multitudes of complex training approaches are now available as well as high-tech gadgets and software to dissect and analyze (and overanalyze) training. But at the end of the day, developing endurance still comes down to doing workouts that apply stresses that challenge athletes to cover ground for extended distances as rapidly as they can.

Athletes should focus on simple workouts with clear objectives. Doing so frees athletes to work hard and enjoy their sport. This is the most direct path to success and excellence. To achieve that success and excellence, athletes should use three main endurance-building tools:

Long workouts. These workouts are the most specific, and as the training year advances, the workouts can progress to distances similar to an athlete’s peak races; in addition, significant portions of the workouts are completed at race intensity. Athletes cannot do in a race what they have not done in a workout (with a few exceptions), and long workouts prepare athletes most specifically for peak races. Not only do these workouts develop the exact physical abilities that are needed for racing, but they also aid tremendously in developing optimal mental abilities. Long workouts are also the ideal chance to practice and experiment with race nutrition and equipment outside of a race.

 Interval workouts. These high-work and moderate-duration workouts (also known as anaerobic workouts and anaerobic endurance workouts) last less than 1 hour and 30 minutes, which is typically the amount of time that an endurance athlete has available for working out on most days of the week. Interval workouts are potentially the most potent, but they also present the most stress on an athlete. As discussed in chapter 3, athletes should use a planned, systematic, and progressive overload in order to avoid overtraining (sometimes referred to as underrecovery syndrome). Many experienced endurance coaches and athletes will tell you that being slightly undertrained on race day is better than being overtrained.

 Aerobic workouts. These moderate-work and moderate-duration workouts (also known as aerobic workouts or aerobic endurance workouts) are conservative sessions designed to enhance endurance. Aerobic workouts include a cap or ceiling on intensity that keeps the work almost exclusively aerobic in nature. As a result, these workouts are less effective at developing endurance than interval workouts, but they are also easier to recover from. Blending the right amount of these two types of workouts (used along with long workouts) is part of the art of training.

Interval workouts are made up of higher-intensity work broken up by rest intervals. Both interval workouts (high work, moderate duration) and aerobic workouts (moderate work, moderate duration) can be done as intervals or as steady, uninterrupted periods of work. However, the term interval workouts is more commonly used for anaerobic workouts. That’s why the terms intervals and interval workouts are typically used synonymously with high-work workouts, and the term aerobic workouts is typically used synonymously with moderate-work workouts.

Various subclasses of workouts can be categorized within the three types of endurance workouts. This is particularly true of interval workouts, which include hill workouts (cycling and running), fartlek workouts, and interval workouts done on an indoor trainer (cycling), track (running), or treadmill (running).

Types of Workouts

Aerobic Endurance Development

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Aerobic Endurance Development

Endurance sports typically require participants to traverse extended distances as rapidly as possible. These sports include running, cycling, swimming, triathlon, ultradistance events, and others. Sustaining a good pace in an endurance event and improving that pace require effective, dedicated training. This chapter explains how endurance athletes can properly stress their body during workouts, describes how athletes should treat their body between training sessions, and introduces key factors for achieving optimal stamina in a sport.

Aerobic Endurance Development

Aerobic Endurance Development

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