The sportsman can benefit from the following exercises classified under flexibility training. He must plan before starting these flexibility training exercises with the help of an instructor. He must collect the records of his previous injuries and the treatments including surgery. He must consult a specialist regarding the fitness condition of the operated portion of his body. He must be in knowledge of any part of his body showing signs of stiffness during the exercise. He must note down about any deformity in his body. He must ensure that his posture is correct by observing his image in the mirror from all sides.

Sitting on a stationary bicycle, he must observe his positions during various movements in cycling. He has to record certain positions which give him pain and discomfort.

The cyclist has to exert flexible movements to his spine like flexion, extension, bending and rotation and note the position where the spine lacks flexibility. For example, standing with legs apart and arms at ease on the sides, the participant should bend at right angles at the waist. Back to his normal position, he should lean back as far as possible and note the angle at which he feels impossible. He can bend on the right and the left side and observe if he has problems in doing this action.
The cyclist can hold his arms parallel to the ground while standing. He should lift them above his head and swing them behind him. He can swing his right arm from the parallel position to the ground to above his head and to his left across his body without bending. The same workout can be repeated with the other hand.
With the two hands parallel to the ground, the participant can bend one hand at the elbow and touch his back between his shoulders with the palm. He can try with other hand and repeat as many times as possible.

The leg and thigh muscles can be strengthened by raising alternate knee to the waist height. The participant can raise his leg by standing on the other in such a way for example: if he stands on his left, he can lift the right leg slowly to the right side balancing on the left and vice versa. After this exercise, he can rotate his hip in both the directions. A careful study of the above details reveals as to which part of the cyclist’s body is susceptible to injury and needs flexibility training.

The best way to loosen up your body is to begin with some gentle stretches. You can stand with your legs with knees slightly bent. You can then bend down towards your feet. Stretching your hands down to your feet is the next essential step. You need to feel he stretch in your hamstrings. Repeat these steps for 15 to 20 minutes. However, you should not try to bounce at any stage. You can try another stretching exercise as well, which requires you to stand with your knees slightly bent and erect with your feet slightly. You can stretch your quads and relax your hamstrings.

You can work through your body to stretch your neck, shoulders, legs, ankles, groin and back. You can even try low impact aerobic activities like brisk walking or running to warm up your muscles. This helps to increase your heart rate and warm up the blood so that you can do workouts without any strain

Trunk Stretch

You can stretch your neck and shoulders by slowly rolling your head around your neck in a full circle. You should keep your back straight. Repeat this step at least times in either direction. You can turn your shoulders up towards your ear and release. You need to repeat this step 5 times. As your back requires stressing more in cycling, you need to spend some time in stretches before stating it.

It is crucial to stretch your back and hip before commencing any heavy workouts. You can lie on your back with knees bent. Place our feet on the floor slightly apart. Then put your hands behind your neck and pull your head forward off the floor. You have to stretch the back of your upper spine and neck. Doing this for 5 to 10 seconds is highly beneficial to your neck and back.

You can do the above stretching exercise with simple modifications as well. You have to lie on your back with knees bent and place your leg one over the other. Then put your hands behind your head, while keeping your upper back and shoulders on the floor. This gives you better stability. Yu need to remember that simply stretching is enough and you should not aim to touch the floor with the knee. You can do this at least for 30 seconds on each side. You can try t bring your knees to your chest and pull in with your hands. This gives better stretch to your back.

Toning-Up

You can use another stretching in which you need to sit and stretch your right leg and bend your left leg to cross over the right leg. This twisting helps to give good stretch for your back and hip.

You can stand with your feet and bend forward to lace your hands on the floor. Bend your knees slightly to reduce the stress in your muscles. Do this for 30 seconds.

Thoracic Stretch

It is quite common that we all want to keep ourselves fit. It is not only for running after a bus or for playing with our kids, but for leading healthy and happy life. Stretching helps to loosen up your muscles and it increases your flexibility. You can select some simple stretches, which offer more fun while doing. You can try this useful stretch. You have to place your left foot between your hands and bend forward with your knee over your ankle. Shift your weight back onto your knee, extend and straighten your left leg. You should feel the stretching in your left hamstring. You need to hold this for 5 to 10 seconds gently.

If you work in your computer for many hours or spend more hours in one position, you may feel very tired at the end of the day. A simple stretching exercise can help you to relieve from pain and tiredness. Start this exercise by gently swinging your arms side by side and punch them slightly. Hold the side of your chair and take one arm up gently, then bend it over your head. Repeat the same for the other side. Take the arms out to the side and move your hands in clockwise and anticlockwise motions. Repeat this process at least 10 times. Then take your arms out to the side and bend at the elbows. Pull your shoulders and elbows back.

Abdominal Stretch

The most important cause for sports injuries and health problems is due to lack of flexibility. The hectic lifestyle contributes to stress, back pain and osteoarthritis. Injuries may take long time to heal, if your body lacks flexibility. A study reveals the fact that people suffering from back and knee pains have tight hamstrings and hips. In turn, if your body is flexible, then it is more efficient and enjoys more range of motion. A flexible body is strong and is not vulnerable to injuries. It recovers from severe workouts much easily. Stretching makes your body more flexible and so you can feel better and enjoy more stability.

Tightness in muscle prevents your body from being supple. It is very difficult for the blood stream to reach all the parts of the body, if your muscles are tight. However, the hustle bustle lifestyle prevents to have flexile muscles. The best way to loosen up your muscles is to spend some time on stretching regularly. You can also enjoy more fun while doing stretching. It is therefore easy to lead a healthy life.

Shoulder Stretch

Most of us lead a sedentary lifestyle, which contributes to heavy strain on our body. We do not want to do exercises regularly, until our health condition forces us to do so. However, it is equally dangerous to start heavy workouts suddenly without preparing our body. This is because, strenuous exercises cause more strain on our back and contribute to severe body pain. Hence, it is advisable to start any workout after doing some stretching exercises.

Quadriceps Stretch

Hamstring Stretch

Cycling requires you to keep your hamstrings in a shortened position constantly. The forward bent position over the handlebars leads to increase the tension in your hands, back and shoulders. If there are bumps on the road, you will feel the stress that shocks through your body. This makes your body more vulnerable to injuries. As you need to keep your head in upright position, your neck muscles may prone to severe strain. However, you can minimize the chance of injuries and body pain by stretching regularly.

Achilles & Calf Stretch

While stretching, you should remember that it must provide you ultimate relaxation. Stretching is not a mater of how fast or how far you can stretch. You should do stretching for preparing your body and mind. This helps to enhance your performance. You never feel muscle fatigue, if you set off for cycling after spending a few minutes in stretching. If you want to climb up the hill, you can select some other types of stretching exercises, which strengthen your leg muscles.

Stretching provides you number of advantages, which include relaxing your body before starting any high intense activity. It increases your endurance by increasing your pedal power. It helps to avoid injuries, as your body is well prepared. Stretched out muscles give you increased range of movement.

Lateral Stretch

Information regarding adequate values of maximal and submaximal intensities have been given in various literature. A group of professional world-class cyclists have been examined and tested using a protocol in the preceding section, Padilla et al. (1999, 2000a, b). The report showed the Wmax values ranging from 349 to 525 watts ( 5.7 and 6.8 watts per kilogram). This shows that when friction accounts for 9% in the transmission system of the ergometer then one of the cyclists attained a Wmax of 572 watts, which is a remarkable achievement.

The same cyclist attained VO2max values of 4.4 to 6.4 liters per minute (69.7 to 84.8 millimeters per kilogram per minute), HRmax of 187 to 204 beats per minute, and peak BL concentration at the end of the previously mentioned incremental testing protocol of 6.9 to 13.7 mol per liter.

Ideal professional road cyclist has to have a power output of 334 watts (76 percent Wmax), an oxygen uptake of 4.0 liters per minute(77% VO2max)and a heart rate of 163 beats per minute(84% Wmax). Typical values corresponding to the OBLA are 386 watts( 87% Wmax), 4.5 liters per minute(86% VO2max), and 178 beats per minute(92% HRmax).

A five-time winner of Tour de France was studied and the results showed a power output at OBLA of 505 watts and an oxygen uptake at this intensity of 5.65 liters per minute (Padilla et al. 2000a). Professional road cyclists also show a mean mechanical efficiency where an average of 23% of maximal and submaximal cycling intensities is taken.

For professional cyclists the physical work is given much importance. The aerodynamic resistance is considered which mainly depends on FA, air density, and speed of motion. The rolling resistance depends on BM, pressure in the tires, and the characteristics of the road surface and tires. Hence the physical endurance of a cyclist determines the physiological factors.

Ergometer shows the reading in the laboratory setup but the actual road setup shows the interaction of the cyclist with the environment. For more accurate prediction of the cyclist’s performance potential in the outdoor field it is necessary to assess his or her physiological capacity relative to anthropometric characteristics, (BM, FA, BSA). This procedure is known as scaling. Scaling can be done for maximal, submaximal power output and oxygen uptake by relating these values with individual anthropometric characteristics, which include BSA, FA, BM, BM0_n, BM0_32. It has been proved that uphill cycling ability can be best predicted by oxygen uptake and power output values relative to BM and BM0_79. Cycling on a flat terrain can be predicted with the help of BM0_32.

For a professional cyclist the laboratory offers a non-competitive situation. It helps in analyzing the strengths and weaknesses of the cyclist. Differences between two top riders are usually attained in time trial and mountain stages. It can be a matter of only very minimal time like 60 seconds but laboratory measurements ignore such differences.

Cycling is a brilliant sport and the cyclist is required to keep the right fitness levels. They are given professional training and ensured that they maintain the right balance if they are keen to enter professional Cycling competitions.There are various ways to measure the fitness levels of the cyclists.

Cycling is very different from other sports lie swimming and distance running because of the highly variable nature. Different tactics, environmental conditions and drafting makes it difficult for the cyclists and their coaches to monitor changes accurately. The weaknesses in fitness can go unnoticed and the cyclist may not achieve optimal performance. Hence it is important to undertake fitness testing.

Fitness testing is essential to measure the performance level of the athletes and identify their specific areas of their strengths. The physiological variables can be tested. Standard protocols conducive to the athletes have to be set also keeping in mind the environment and the equipments involved.

There are two reasons for fitness testing. The first reason is to systematically monitor changes in a cyclist’s physiology over time and finding out how effective is it in the current training regimen. Changes in training can influence different aspects of physiology. A novice trainer can improve muscular efficiency after endurance training. A sprinter can focus in anaerobic power. If fitness testing is done regularly, then the coach can evaluate the signs of overtraining.

Blood Sample

The second reason for fitness testing is to identify the specific strengths and weaknesses of a cyclist’s physiology that may be influential in achieving a goal. A cyclist with good anaerobic power may be a good sprinter and is likely to do well in track cycling events.

After analyzing the requirements of a particular event the results can be compared with optimal physiological evaluation. This can highlight the weaknesses and they can be overcome by appropriate training.

The physiological evaluation of two riders may be the same but their performance in actual competition may differ significantly. There can be other features that can influence competitive performance. Physiological changes need to be monitored systematically. In addition to this, alternative methods can also be used outside the laboratory environment for those who cannot afford laboratory equipments.

The usual testing procedures are aerobic capacity testing (VO2max testing) performed on ergo meter and endurance performance testing where the cyclists ride on their own bicycles in the laboratory.

V02 Metabolic Cart

Photos from topendsports.

There are various ways to measure the cycling performance but the two most common methods are laboratory and mechanical testing. There are lots of things that go on in professional cycling.

Graph

Without any interference of gas analyzing equipment with the cycling performance, Maximal oxygen Uptake(VO2max) can be determined easily in liters per minute from Wmax, using the regression equation proposed by Hawley and Noakes(1992)

VO2max=).01141*Wmax+).435

Blood Lactate can be obtained from blood samples (25 micro liters) taken from a hyperemized earlobe after each workload. Lactate measurements are done in these samples. When lactate concentrations are plotted against the exercise intensity, the graph of lactate curve is obtained. The LT is identified on each cyclist’s Blood Lactate concentration-power output plot as the exercise intensity that obtains a one mmol per liter increase in Blood Lactate concentration. The exercise intensity that corresponds to the OBLA is identified on the Blood Lactate concentration power output curve by straight-line interpolation between the two closest points as the exercise intensity obtaining a BL concentration of 4 mmol per liter.

Wind tunnel testing is used in routine testing by most of the cycling teams. The cyclist’s drag coefficient can be determined. This is also known as aerodynamic efficiency coefficient or Cx. This is the proposed measure of aerodynamic efficiency.

The endurance level of a cyclist depends on oxygen uptake or VO2max and a high lactate threshold or WOBLA. VO2 max determines the maximum work that can be performed. The lactate threshold decides on the cardiovascular capacity. Endurance is calculated using the formula

VO2max *LT

This gives rise to efficiency, which is nothing, but the percentage of energy used up by the body in the form of mechanical work.

Work Energy=Mechanical work/energy used

Mechanical work can be measured using ergometer. Energy used by the body with respect to its oxygen consumption at submaximal workloads could be measured. The oxygen consumed can be converted to a standard measure of energy like calories. Same can be done for work.

Work/time =power

Power is measured in watts and it is the measure of workload intensity.

The mechanical testing on roads is Why Fitness Testing Is Important for a Cyclists done in the form of road races. This is a mass start endurance event, which lasts for 2 to 3hours. Here the cyclists are tested on a variety of terrains ranging from leveled roads to uphill terrains and even on filthy surfaces like dirty roads. This way individual performance can be monitored and fitness regime can be improved.

SRM Bike Test

Thanks for photos from sports-coaching.com

Cycling is a great sport and a wonderful aerobic activity that can keep you fit and energetic. The energy level of the cyclist is measured through various tools before they enter professional sports. Proper fitness training is given to them based on their energy levels.

It is important to determine submaximal economy. Blood Lactate threshold is one of the methods. When the body is not able to supply all of its energy needs aerobically then at that time lactate is produced. A blood lactate profile can be determined by testing blood sample from a finger prick. The point where the lactate rises faster indicates a transitory threshold.

Lactate testing is a measure of submaximal economy but the true value is not very evident. The threshold point cannot be accurately assessed as there may be day-to-day changes in lactate responses. Mathematical calculations also vary. Lactate threshold testing is less beneficial to most of the cyclists.

A group of cyclists were tested for submaximal economy to find out how much energy was consumed while performing a standard sub maximal workload. It was found that the overall work efficiency ranged between 17 and 26% with an average somewhere in the middle. 20 calories out of 100 calories burnt were used in pedaling the ergometer.

Submaximal economy is measured in terms of movement velocity for a given energy consumption. It is the ratio of power produced to the movement intended. For example- cycling with a speed of 40 km.

Another method of measuring the submaximal economy is by undergoing laboratory based time trials. These normally would be at a distance of 20 kilometers and would reveal the actual demands of cycling competition. The athletes can pace themselves effectively assuming that they are well motivated. Time trial test provides good sustained power and average heart rate. Since it is self paced and non steady in nature it is difficult to determine any other physiological response.

An athlete has to have good endurance capability to successfully complete a race. But road cycling and mountain biking depends heavily on anaerobic capabilities. The standard Wintage protocol is used in most laboratories to test anaerobic capability. The athlete has to quickly complete as much work as possible in 30 seconds sprint test. Anaerobic power (the maximal power generated by the muscle) and anaerobic capacity (the total power that the muscle can produce using anaerobic sources) are calculated using peak power and average power. This way submaximal economy can be assessed.

The principle of alternating stress and recovery improves the fitness level of an athlete. Stress is applied when the cyclist is required to ride faster than he is used to. The leg and abdominal muscles are worked beyond their limits. The heart muscles are toughened and the leg muscles get stronger. Due to higher oxygen supply to the muscles, some are converted into energy. The recovery part allows the muscles to rehabilitate. The regular training manages the activity of cycling where as the stretching exercises increase the flexibility of the muscles and tendons. Since each participant differs from the other by constitution, the responses given by the athletes vary for the same stress training session. All these changes in muscle activity or heart rate are monitored using high quality equipments during the training sessions.

Polar HRM

Cyclists taking part in modern competitions believe in monitoring own performance assessment. Equipments for power metering, heart rate monitoring and speedometers are very much handy for these professionals. These devices regulate their exercises to be done in specific time and avoid excess stress and strain. They help the cyclists to get feedback on their fitness level so that the coach can rearrange the training schedule for performance enhancement.
The variety of ways equipments can be used for the purpose of monitoring a cyclist’s performance makes the coach and the sports scientist think. They use their imagination to train the athlete at a certain heart rate or within a certain heart rate level. They are able to research as to how power can be utilized in the training so as to enhance the athlete’s performance. They change and experiment with different power outputs to judge the athlete’s performance assessment.

Velomann Speedo/HRM

Here are certain guidelines regarding the variables in the training schedules. The advantages as well as the shortcomings are also narrated. Performance assessment is done in standard environment so that the results are independent of climate, training strategies or terrain conditions. This type of analysis gives pertinent information on a cyclist’s fitness level, endurance training and aerobic capacity. The athletes are protected from over stress and training goals can be stipulated without error. The athletes start recognizing their strengths and weaknesses from the results generated by these equipments. The aim of the training is basically to enhance the athlete’s strength and reduce his drawbacks. As these equipments are expensive, all training centers cannot afford them. These conditions can be simulated outdoors in race environments without the use of these heart rate monitors or power meters.

SRM Power Meter

The cyclist can wear bulky clothes to protect himself from severe cold. Increased clothing can increase drag on the bike. He may get sweating during exercise in the cold. This in turn can increase heat loss when the body wants to preserve heat. Over sweating may freeze on any of the clothes and increase the wind chill. Eventually, this may cause significant reduction in body temperature, which would lead to hypothermia. Hypothermia is a condition, in which the body temperature is reduced below the normal level.

Jerseys

The cyclist can get enough information on exposure to cold environment through the wind chill chart. The cyclist needs to create a wind around himself and so wind chill char is indispensable for him. However, he needs to remember clothing can affect the equivalent temperatures shown in the wind chill chart.

Under Vests

It is important to remember to use different amounts of clothing to get sufficient amount of protection. The cyclist however requires maintaining the comfort level while selecting the protective clothing. In the standard measurement unit, “clo” is defined as the clothing insulation. The cyclist can refer to it to get ultimate protection.

It is advisable for the cyclist to wear several layers of light and insulating garments, which help to avoid becoming over chilled or overheated. It is important to check whether the garments are made up of breathable material. The fabric that wicks moisture away is considered best for the cyclists. Cotton or wool retains moisture and it is not advisable to wear garments made up of such materials while cycling. Sympatex or Gortex material is excellent to allow sweating and to prevent chilling from wet clothes. It is also important to pay attention to clothing on the cessation of exercise. This is crucial, as the wetness in the clothing may increase the risk of rapid cooling.

Care should be taken to protect the feet of the cyclists. Wet feet can increase the risk of cold injury. The cyclist should therefore wear a pair of windproof and waterproof shoes to prevent himself from extremely cool conditions.

Dehydration may increase the fatigue of the cyclist and so he should keep himself hydrated in cold climates. He can store fluids in insulated bottles and drink at regular intervals. It is recommended to take hot or warm water at the beginning of the ride.

Warming up can also help to raise the temperature of the cyclist, before exposing to cold. Moderate-intensity warm up is best when the temperature is too cool.

Short Sleeve Jerseys