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The Compression Advantage
The benefits of using compression wear.

compression_wear
Australian high-jumper Claire Mallett wears skins every day for training, competition, and travel.
Compression wear has come a long way from the neon bike shorts of the 1980s. With its foundation in the medical community for venous and muscle therapy, research on compression wear has shifted to the athletic community to improve sport performance.

Compression wear acts as a support system enhancing blood flow, controlling body temperature, reducing fatigue, and improving synchronicity among functioning muscle groups. Think of the functional use of a tensor bandage as it supports an injured muscle or tendon. A tight fit does not mean the apparel provides compression. Compression wear uses specific materials and stitching to isolate muscle groups and provides graduated compression from the ankle to the thigh for maximum blood return to the heart. Measured in millimetres of mercury (mmHg), a medical-grade stocking may have up to fifty mmHg, whereas a training tight may have as little as ten mmHg. Too much compression may be constricting and too little may serve no purpose. The level of compression depends on the goal of the athlete and is sport specific.

For the multisport athlete compression wear has its place in three major elements: training, recovery, and race day.

Training

Often comprised of long hours on the bike, intense hill workouts, or the essential “brick” workout, the main goal of any training session is to maximize work effort with minimal overtraining. Using fabric “paneling,” compression wear acts as a suspension system for muscles, producing greater efficiency and delayed fatigue. Gradual compression has more compression at the ankle than the thigh and assists the veins and muscles of the lower leg to return blood to the heart to be reoxygenated, resulting in efficient long rides, stronger long runs, and greater recovery for the next day of training. Made of the best materials for moisture wicking and temperature control, today’s compression wear is versatile in hot and cold temperatures working with the body to prevent overheating and keep muscles warm for a more efficient warm-up and cool-down session. A medium to high grade of compression is best during training sessions, as this is when workload is the highest and the athlete wants the greatest benefit from each workout. It is the athlete’s preference to wear tights, shorts, or socks during training.

Recovery

Next to diet, rest, and hydration, compression wear may be the answer to an athlete’s recovery routine. After exercise, lactic acid builds up in muscle tissues and if not properly eliminated can contribute to delayed onset muscle soreness (DOMS). The gradual compression in compression tights helps flush lactic acid, thus speeding recovery and delaying fatigue. In addition, because of the efficient muscle use from wearing compression wear during training, soreness and fatigue are reduced. As well, compression wear speeds muscle recovery by reoxygenating muscles and veins. A higher compression grade is ideal for recovery. Higher compression often means thicker materials and a heavier feel on the body. The athlete will be most comfortable during recovery time and there is the greatest need for muscle recovery, improved circulation, and delayed muscle soreness. Tights are best worn for recovery as they provide compression for the entire leg.

Many athletes wear compression socks and tights at work, while sleeping, and during prolonged travel. The advantage is increased blood flow to muscles, improved circulation, reduced blood pooling in the lower leg, and reduced risk of deep vein thrombosis. Athletes claim their muscles “just feel better.”

Race day

As with any other element, race day is not the time to try compression for the first time. Compression offers the greatest benefit worn during training and recovery. If the athlete has used compression wear throughout the year, however, there is no reason why it cannot be part of race day to delay fatigue and maximize performance. A light compression is best for race day for its lightweight features and comfort.

Before one goes out to buy this breakthrough in athletic apparel, there are a couple factors to consider, namely, fit and purpose. Tights are best for training and recovery, while socks and shorts might be better suited for racing. Perhaps the most important factor is fit. Although many brands use height and weight tables to customize fit, nothing is better than trying different brands and styles to find what suits you best.

Attributes of Top Compression Wear Brands

CW-X ZOOT SKINS NIKE PUMA 2XU UNDER ARMOUR VENOSAN
Trademark Tuyned Conditioning Web™ Engineered Compression 3D (EC3D)™ Bioacceleration Technology™ NIKE ProCompression™ Performance Puma™ 2XUCompression UA Metal™ HeatGear® medica compression stockings
Materials nylon, spandex, lycra, polyester nylon, spandex lycra, microfibre polyester, spandex nylon, spandex polyarmour™, Elastane poyamide, lycra
Type of Compression conditioning web™ Graduated compression (CRX)™, panelling (zoneRX)™
"warp knitting"
graduated compression graduated compression circular knit graduated compression graduated compression
Moisture Wicking yes yes yes yes yes yes yes no
Temperature Control yes yes yes yes yes yes yes no
Custom Fit yes yes yes no no yes no yes
mmHg Compression 10 10 to 30 10 10 10 10 10 to 50
Cost $100 $60-$150 $65-$170 $75 average $60 average $75 average $50 average $120 average


About the Author

Christine A. Kasturi, B.Sc., is a triathlete, yoga instructor, and nutrition and wellness specialist. Kasturi has done extensive research in the area of deep vein thrombosis (DVT) and athletic performance. She has formed a charity for its awareness and can be reached at This e-mail address is being protected from spambots, you need JavaScript enabled to view it .
 

1 Comments

  1. I wish that if there was solid proof supporting the claims made in this article, the author would show them in a bibliography. Without scientific substantiation claims like these are no more than modern day "snake-oil". As endurance athletes we spend so much time and money pursuing the latest trends.

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