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In part 1 of this series, Coach Seiji outlined the basics of buying a road bike that is set up specifically for you. Now that you have your brand new bike sitting in the garage, do you know what to do with it? You know the pros ride as top trainers like Aldon Baker, Randy Lawrence, and John Louch are always talking about using the road bike to train their athletes. But do you know how they ride? Just about anyone who is successful at anything in life will tell you that they achieved their success by having a clear plan. Training for MX is no different and in part 2, Coach Seiji will help you develop a training plan that will have you training smarter, not just harder to achieve your MX goals. – Virtual Trainer
There are three fundamental elements to all athletic training: 1) Frequency - simply how many times per week you do an activity. 2) Duration - how long an activity lasts for each session. 3) Intensity – how "hard" you are going; at what percentage of your maximum effort are you expending in that exercise session. All three of these variables are manipulated to create a single workout and then again to form a training plan. The last variable, intensity, is the one that gives seasoned cycling pros and motocross athletes the most problems and is the least understood. This article will lay a foundation so you can measure intensity and know what systems in your body are stressed for each intensity level. This will give you the knowledge to build your cycling or other aerobic workouts and help you start to create a training plan. It will also give you a physiological goal for each workout, which will help keep you motivated to complete the workout correctly. Intensity and Body Fuel Systems: The main reason for modulating your intensity level is to be able to stress your body’s different fuel systems. At the lowest levels of exercise intensity most of your energy is derived from utilizing the oxygen you breathe and metabolizing fat. Fat is the most efficient fuel source in your body; it yields more energy per molecule than your body’s other choices for fuel and has no harmful by-products. As the exercise intensity increases a smaller portion of your energy demand is met by processing fat and a larger portion is met by processing carbohydrates, still utilizing oxygen. As exercise intensity increases even further eventually, all of your energy comes from carbohydrates. At a certain point, you cannot provide all the energy from the carbohydrate by utilizing oxygen alone and you start producing energy from carbohydrates in the absence of oxygen. The downside of this is you produce a harmful by-product in your muscles called lactic acid, which will degrade your performance radically if allowed to accumulate. Lactate Threshold is the level where you are accumulating lactic acid at the same rate you are neutralizing it and it is an important physiological marker. Measuring your intensity level during exercise and controlling this level will allow you to stress each fuel system for the correct amounts during the correct periods in your training plan. Establishing Heart Rate Training Zones: The first step in the process of making your training smarter is to establish your personal training zones based on intensity. This is done with a field test to measure
Lactate Threshold Heart Rate (LTHR) Test – Warm up for about 10 minutes. Start a 30-minute all-out effort. You should strive to hit an effort level that will allow you to complete the 30 minutes at as high an intensity level as possible for the entire test. You don’t want to fade towards the end of the test but you don’t want anything left when you are done. When you are 10 minutes into your 30-minute all-out effort, start your heart rate monitor recording function and stop it when you hit the 30-minute mark. Cool down for 5 minutes. The number you need from this test is the average heart rate for the last 20 minutes of your effort. This is your LTHR. Now that you have your magic LTHR number, you need to calculate your five heart rate training zones: Add one beat to each zone starting number beginning with zone 2 to get the correct zone range numbers, i.e. add one beat to 89% (high zone 2 number) of the LTHR to get the low heart rate number for zone 3. Example: Let’s say your average heart rate was 155 BPM from your heart rate monitor. Zone 1 would be anything less than 129 BPM (155 x 0.83 = 129) Zone 2 would be 130 to 138 BPM Zone 3 would be 139 to 144 BPM Zone 4 would be 145 to 155 BPM Zone 5 is anything above 155 BPM
Evolution Fitness's Charles Dao, works up Troy's test results while John Louch and Rockstar Suzuki's Buddy Antenez look on
photo:Tim Crytser
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