Aug 14

Staying Motivated as a Triathlete

“You can quit if you want, and no one will care. But you will know the rest of your life.” – John Collinsrunning

The inherent variety of the triathlon typically keeps you more motivated to train than a single sport does. However, mixing it up doesn’t always do the trick in helping you stay motivated. All triathletes, from beginners to those at the top of their game, simply do not feel a burning desire to train all the time. What sets winners apart from those who throw in the towel is that they are committed to training whether they feel motivated or not. If you’re lacking in drive from time to time, you can either use it as an excuse to give up on your goals, or you can accept it as part of who you are—and get on with your training anyway. The following tips can help push you out the door and into your next training session when you’re feeling less than inspired.

Remember why you’re doing it in the first place. Think back to what initially got you excited about becoming a triathlete. Was it personal empowerment, improved fitness, reaching a specific goal, the thrill of competition, the overall process, or the camaraderie with like-minded individuals? Dig deep and try to find those intense emotions again—and use them to keep you moving toward your goals.

Maintain a good foundation of health. Without adequate rest, proper hydration, and a diet that meets your unique needs as a triathlete, you’re setting yourself up for failure. Nothing kills your motivation faster than hitting a wall because your body isn’t properly fueled to perform, so stay vigilant when it comes to your physical health and treat your body with care.

Celebrate your progress. We’re all at different levels of progress, so it’s pointless to compare yourself to an athlete who has trained and competed longer than you have. Quit worrying about what the other guy is doing. Set small, achievable goals that carry you toward the larger ones and celebrate your accomplishments, both big and small.

Look to your heroes. While you should never compare yourself to others, there’s great value in being inspired by those who have achieved their goals. This extends beyond your athletic heroes, so also think about other people you admire—from historical figures to people in the news—who overcame great obstacles to achieve their definitions of success. What strengths and attributes of theirs would you like to emulate? Meeting your physical goals is paramount in this sport, but achieving your goals of integrity and personal growth will serve you in all areas of your life, including training and competition.

To learn how RPM2 products can help you maintain good physical form when running and cycling, take a look at how our remote performance monitoring footbeds work to detect bilateral deficiencies. Also, subscribe to our blog on the right side of this page to receive tips for improved athletic performance and the latest news on our partnership with USA Triathlon.

Aug 07

Proper Fat Intake for Endurance Athletes

bikeMaintaining a diet that is balanced to your unique needs as a high-performance athlete is essential. While your body prefers glycogen from carbs as its main fuel source, fat also provides fuel for the body. Many people think fat is a bad word, but the endurance athlete knows that he or she cannot perform for an extended duration without this vital nutrient.

Why Is Fat So Important?

The body cannot function without dietary fat, which provides essential fatty acids, such as omega-3, and helps process the fat-soluble vitamins A, D, E, and K. The presence of healthy fats in the diet helps the body maintain vital metabolic and regulatory processes and has a protective effect on the cells of the brain and spinal cord.

With regard to athletic performance, fats are the secondary fuel source used during exercise. The body has limited stores of glycogen, and when that type of fuel runs out, athletes will hit a wall without adequate fat stores to take over and provide energy. Furthermore, per gram, fat yields twice the energy of carbohydrates, which means that fats can fuel the body for a longer duration than carbs alone. This makes proper fat consumption essential for an endurance athlete.

How Much And What Type of Fat Should You Consume?

Generally speaking, runners, cyclists, and triathletes should keep fat consumption between 20 and 35 percent of total caloric intake, but you should consult with a registered dietitian to determine your unique needs. Unlike carbs and proteins, you need not worry about consuming fats at certain times before or after exercise. By maintaining a well-balanced diet, you will likely obtain all the fat you need, but be sure to trim the fat off of meat and choose low-fat dairy products to reduce your consumption of saturated fats. Healthy unsaturated fats can be found in salmon, avocados, nuts, seeds, flaxseed, and olive oil.

In addition to maintaining a proper diet, you can improve your speed, endurance, and overall athletic performance by achieving bilateral equivalence with the help of RPM2 footbed devices. Take a look at our website today to learn how our products work with the use of smartphone apps.

Aug 01

What Is Sequential Force Strike?

running4At RPM2, we’re continually improving our products and adding new features to help you boost your performance. You may have noticed a new feature on your RPM2 dashboard after calibrating your inserts or using the 100-yard dash feature. It is called sequential force strike, and you can locate it by clicking on the yellow arrow at the bottom of the screen. This feature, which is represented by two feet with indicators showing force placement, can provide you with valuable information about your body’s biomechanics that you can use to achieve bi-lateral equivalence.

Foot Strike Explained

Foot strike is the way in which your foot hits the ground when running. There are three types of foot strike: heel, midfoot, and forefoot. In a heel strike, which the majority of runners use, the heel hits the ground first, followed by the remainder of the foot. With a midfoot strike, the outside edge of the foot contacts the ground first. A forefoot strike occurs when the outside edge of the ball of the foot makes initial contact. Each type of foot strike bears a different level of force, with a heel strike having the most impact on the foot and rest of the body and a forefoot strike having the least.

Foot Strike and Running Injuries

Experts disagree on whether runners should try to convert from a heel strike to a midfoot or forefoot strike to prevent injuries. A forefoot strike does reduce impact force on the knees, but heel strike does the same for the ankles. Moreover, modern running shoes, with their built-up, cushioned heels, minimize the impact of heel strike to a degree. When it comes to the ideal foot strike, the jury is still out, but if you suffer from chronic injuries to the ankle, shin, or knee, your sequential force strike measurement is worth investigating.

Using our remote performance monitoring footbed products, you and your trainer can determine if you should work toward changing your foot strike or address your bilateral deficiencies in other ways, such as wearing different shoes, shortening your stride length, or performing more stretching and strengthening exercises. To keep up with RPM2’s latest product developments, follow us on Facebook and Twitter, and subscribe to our blog on the right-hand side of this page.

Jul 02

Protein and the High-Performance Athlete

As an endurance athlete, you know that you expend more energy than the average person and need to make up for it through your diet. With all of that intense physical activity, your body requires extra nutrients to fuel and repair itself, and a lot of runners and triathletes focus more on carbs than other nutrients. However, while you do benefit the most from carbohydrates, protein also plays an important role in your training and recovery.

The Endurance Athlete’s Protein Needs

While your protein needs as an endurance athlete may be higher than those of a sedentary person, they’re not as high as you might think. Your body burns carbohydrates and fats before turning to protein as fuel. This allows most of the protein you consume to work toward preserving your lean muscle mass. The American Dietetic Association holds that a protein intake of 10 to 12 percent of your total calories is sufficient for most athletes. Research shows that consuming more protein than this may be beneficial to bodybuilders who are trying to add muscle mass, but for other types of athletes who just want to maintain lean muscle, the 10 to 12 percent rule is a good guideline. Additionally, consuming too much protein can affect your hydration levels and electrolyte balance, which can have devastating effects on your athletic performance.

Timing Is Everything

The timing of protein consumption is a critical factor in properly supporting your body’s tissues. Eating a snack or meal containing protein (either by itself or combined with a carb) immediately after your workout provides the necessary amino acids you need to build and repair muscle tissue. Good sources of protein include eggs, milk, yogurt, fish, and lean meats. While whole foods are always best, athletes can also obtain this vital nutrient from whey or soy protein shakes when convenience is a factor.

To learn more about your individual nutrition needs, consult with your physician or a registered dietitian. In addition to adhering to a diet tailored to your training regimen, proper biomechanics play a key role in maximizing your athletic performance. For more information on how RPM2 products can help you achieve bilateral equivalence to meet or even exceed your training goals, explore our website today.

Jun 25

Can High-Intensity Interval Training Increase Your Running Speed?

A relatively new training technique, high-intensity interval training (HIIT) is often rejected by running traditionalists, but it is steadily gaining the approval of researchers, trainers and elite athletes as a viable method of increasing running speed and overall fitness. Here are the basics on this highly debated training method and how it may make you a faster runner.

What Is HIIT?

This training approach involves alternating exercises of high intensity levels with those of moderate intensity levels. Definitions of HIIT may vary, but the intense bursts of exercise generally last 10 to 60 seconds and are followed by a rest period that can last up to four times that of the intense phase. For instance, a runner may run at top speed for a minute, followed by three to four minutes of jogging or walking. You then repeat the cycle. Most trainers recommend performing HIIT for no more than 20 minutes at a time and no more frequently than every other day to give your body a rest.

Benefits of HIIT

Increased oxygenation of the body is a key benefit of HIIT. The short bursts of speed in the intense phase of exercising help strengthen your cardiovascular system, which then delivers more oxygenated blood to your muscles and helps them work more efficiently. HIIT also increases your VO2 max to help your body efficiently process oxygen. This helps all the systems of the body work as a cohesive unit to increase your endurance and ability to maintain your goal pace.

Precautions to Take With HIIT

Running at top speed in short bursts does pose the risk of injury, so even high-performance athletes need to take care when it comes to maintaining good form and not attempting overzealous intensity levels too soon. Maintaining a strong core, as well as warming up, stretching, and cooling down properly, can help prevent injuries.

Addressing bilateral deficiencies in your gait, range of motion, and pressure can keep you injury-free and improve your running performance whether you attempt HIIT or decide to focus on other training methods. Take a look at our website for more information on how our RPM2 remote performance measuring and monitoring devices can help you achieve bilateral equivalency, and be sure to subscribe to our blog on the right-hand side of this page to stay up to date on RPM2 news, training tips, and more.

Jun 18

Staying Hydrated to Ensure Your Best Performance

You already know that staying hydrated is crucial for you to perform your best, but as temperatures rise, it’s even more important to make sure you’re getting enough fluids. Studies show that being just 2 percent dehydrated can increase fatigue and reduce your performance. If you’re dehydrated before you even being your triathlon or other endurance event, you’re at a disadvantage from the start and have very little chance of meeting your performance goals.

Spotting the Signs of Dehydration

The easiest way to check your hydration levels is to take a look at your urine, which should be straw colored or pale yellow. Anything darker and more concentrated, especially if you’re not producing much urine at all, is a sign that you need to increase your water intake. More extreme cases of dehydration can result in headaches, light-headedness, muscle cramps, heart palpitations, and dry mouth.

Knowing How Much to Drink

Too many factors come into play to issue blanket guidelines for water intake before, during, and after your workout. These factors include your gender, weight, and sweat rate as well as the exercise intensity, temperature, and humidity. A sports nutritionist can evaluate these criteria and advise you on your ideal levels of fluid intake.

Water vs. Sports Drinks

Drinking water according to your thirst levels during a moderate-intensity workout is usually sufficient to keep you hydrated, but for more vigorous exercise that lasts longer than an hour, you may benefit from a sports drink. These drinks are specifically designed to not only hydrate you but also provide electrolytes and carbs that give you the energy to perform longer. Drinking water after your workout is also critical. However, you also need to focus on your fluid intake throughout the day—not just during and after exercise. Be aware that other beverages, such as milk, juice, and decaffeinated tea, count toward your daily fluid intake, and fruits and vegetables also contain water. This means that maintaining a healthy diet that includes all the food groups can go a long way in keeping you hydrated.

Like dehydration, biomechanical problems and bilateral deficits can prevent you from achieving your performance goals. RPM2 footbed products can help detect these issues so that you can adjust your training regimen accordingly and reach peak performance levels. For more information about our innovative products, explore our website or follow us on Facebook or Twitter.

Jun 12

Common Injuries in Runners: Plantar Fasciitis

Considering that your feet absorb a force of about three times your body weight with each stride, it is not running5surprising that 15 percent of all running injuries affect the feet. The most common foot injury in runners is plantar fasciitis, a condition that causes pain in the heel and along the arch. With the help of RPM2 technology, you and your trainer can identify and correct bilateral deficiencies that often lead to this painful condition.

Plantar Fasciitis Explained

The plantar fascia is a thick, flat ligament that connects the heel bone to the toes. When this band of tissue experiences strain due to small tears or inflammation, the heel or bottom of the foot will hurt, particularly when you wake up and take your first steps in the morning. The pain typically decreases as the day goes on and your foot limbers up, but the pain may return after long periods of rest.

Risk Factors for Plantar Fasciitis

Plantar fasciitis typically strikes runners who have very high arches or flat feet, as well as those with extreme pronation or supination. Other risk factors include having tightness or weakness in the calf muscles, Achilles tendon, foot muscles, core muscles, or hip flexors.

Treating Plantar Fasciitis

Surgical intervention is rarely necessary with plantar fasciitis. Most runners find relief with conservative treatments, which may include taking a short break from running and seeing a physical therapist to learn about exercises and stretches for the feet, calves, and core muscles. Active release technique can promote healing by releasing scar tissue in and around the plantar fascia. To alleviate pain, you can ice your heel and take over-the-counter analgesics. Night splints to stretch the calf and arch and custom-fitted orthotics to properly distribute foot pressure may also be helpful.

In monitoring your step time, cadence, pace, and pressure, our footbed devices can help you identify problems in your biomechanical movements. You can then use this valuable information to adjust your training and achieve bilateral equivalence. Check out our website today to learn how RPM2 products work to help maximize your running performance.

Jun 04

Common Injuries in Runners: Achilles Tendinitis

By now, you know that bilateral deficits can lead to a wide range of chronic and acute injuries. Achilles tendinitis is running5one such condition, and it accounts for 11 percent of all running injuries. The Achilles tendon is the fibrous connective tissue that joins the gastrocnemius and soleus muscles of the calf to the heel bone. When this large tendon experiences too much stress, it becomes inflamed, causing swelling and pain.

What Causes Achilles Tendinitis?

Achilles tendinitis is an overuse injury that occurs when the tendon is forced to work too hard. When the calf muscles are tight or fatigued, or when runners overpronate, the Achilles tendon takes on too much of the burden during a run. Inflammation of the tendon can also occur with shoes that do not offer adequate support or when you suddenly increase your level of activity without giving your body a chance to adjust. Symptoms of Achilles tendinitis include stiffness in the tendon upon awakening, pain in the heel or tendon that worsens with physical activity, swelling of the tendon, and bone spurs in the heel.

How Is Achilles Tendinitis Treated?

When a minor strain on the Achilles tendon is caught early, a few days of rest can usually reverse the condition. This includes taking ibuprofen for pain and swelling and icing the area for 20 minutes or so several times a day. While you should always discuss self-treatments with your trainer, you can typically return to running when you can perform toe raises without discomfort. Proper stretching and strengthening of the calf muscles, as well as addressing other biomechanical concerns, can help prevent a relapse.

More advanced cases may require physical therapy or special orthotic devices placed in your shoes. If you attempt to run through the pain rather than addressing the problem early on, you increase your chances of rupturing the tendon, which requires surgery to repair.

RPM2 footbed devices are invaluable in detecting issues with gait, pressure, and range of motion that can aid in improving your body’s mechanical functions. By using our products, you can adjust your training techniques to maximize your performance.

May 12

What Is Active Release Technique?

runningWe’ve recently talked about dynamic stretch assessment, a technique used to identify physical restrictions that prevent you from achieving optimal athletic performance. During the discussion about dynamic stretch assessment and overhead squat assessment in part three of our webinar, Mansfield, Texas chiropractor Dr. Prak Bhakta suggested Active Release Technique (ART) as an effective method of releasing these restrictions, which are caused by a buildup of scar tissue. Here’s the lowdown on this innovative bodywork method that has helped countless runners and triathletes quickly eliminate back pain, knee pain, shin splints, plantar fasciitis, and numerous other overuse injuries.

What Is ART and How Is It Performed?

Active Release Technique is a form of soft tissue manipulation that is more aggressive than your typical massage but provides faster and more efficient results. Practitioners are trained to evaluate problems with the muscles, fascia, ligaments, and other soft tissues by palpating them. Issues such as tightness, abnormal texture, or limited range of motion are then addressed with intense massage techniques that require the patient to move in a specific way while the tissues are manipulated. This technique helps release the scar tissue so that normal function is restored.

When Is ART Indicated?

Scar tissue in the muscles and surrounding soft tissues can form in two ways: 1) acute tears and pulls, or 2) overuse injuries caused by cumulative microtraumas. In either case, the scar tissue caused by the tears builds up and prevents surrounding tissues from moving freely. As a result, the muscles shorten and weaken and tendons experience inflammation, which can lead not only to bilateral deficiencies and poor biomechanics but also serious injuries and chronic pain. The scar tissue may also trap nerves, leading to weakness, numbness, and tingling sensations. ART can often relieve pain and biomechanical issues caused by these adhesions in just a few sessions.

To learn more about dynamic stretch assessment, Active Release Technique, and bilateral equivalence, check out part three of our free webinar today. You can also educate yourself about our footbed products and corresponding apps for Android or iOS by exploring the RPM2 website.

May 06

Understanding Dynamic Stretch Assessment

The third and latest installment of RPM2 and USAT’s free webinar, Bilateral Equivalence for Triathletes: runningMechanical Assessments to Help with Performance, highlights dynamic stretch assessment. This test is a self-analysis of physical restrictions that may cause an athlete to experience an impaired performance. Recommended for both pre- and post-workout, the dynamic stretch assessment can help pinpoint areas of muscle tightness or weakness, joint pain or restrictions, and decreased mobility that lead to bilateral deficiencies.

How the Dynamic Stretch Assessment Works

This test involves performing specific stretches on both the left and right side of five muscle groups:

  1. Gastrocnemius (calf)
  2. Soleus (calf)
  3. Quadriceps
  4. Hamstring
  5. Gluteus maximus

When you perform each stretch, you’ll assign it a score of 0, 1, or 2. A 0 means that you only feel the stretch in the muscle you are testing. A 1 indicates that you do not feel the stretch in the muscle you are testing. A 2 is assigned when you feel tightness or tension somewhere other than the muscle you are testing.

After completing all of the stretches on both sides, you’ll add up the points. A score of 4 or higher suggests that you may need to proceed to another test called an overhead squat assessment. This test will measure your flexibility, strength, and balance while you are performing certain movements, and it must be carried out by someone who is certified to perform the assessment, such as a doctor of chiropractic, physical therapist, or athletic trainer. The overhead squat assessment can provide valuable insight into the root causes of conditions such as plantar fasciitis, Achilles tendinitis, and pain in the knees, hips, and lower back.

Learn More About Dynamic Stretch Assessment and Bilateral Equivalence

For detailed information about how to perform the stretches and score the assessment, watch the full webinar, which features our CEO Johnny Ross, Master Trainer Sylvester Stemley, Doctor of Chiropractic Dr. Prak Bhakta, and NASM Performance Enhancement Specialist Lee Webber. Also, shop our secure online site for products that are uniquely designed to help you correct imbalances in your muscles and joints so that you can achieve bilateral equivalence and perform optimally.

Older posts «

» Newer posts