Blog Nataswim

f-swimming1The science of swimming is extremely complicated, involving the interaction of propulsive forces from the swimmer’s arms and legs and the drag caused by water. However, by applying new research courtesy of fluid dynamics and supercomputers, every swimmer can swim faster. 

Few sports are as precise as swimming. Cyclists can blame the wind, runners the terrain and team sports players the referee! Swimming, on the other hand, has exact distances and water is, well, constant. However, although ‘pure’ swimmers race in the pool and triathletes in open water (or OW as it’s referred to), the advent of long-distance swimming entering the Olympics in Beijing and fast-moving swimsuit and wetsuit technology means that many ‘constants’ in the world of swimming aren’t so constant after all.

The ‘sports ground’ for swimming (H2O!) is often quoted as being 1000 times denser than air. Trying to move efficiently through this very dense medium is not nearly as easy as other sports that take place through air. For example, top cyclists hit over 60kmh in short events on the track or in an end-of-stage sprint. Elite runners average over 30kmh for a quarter mile and over 40kmh at the end of sprints. By contrast, even the world’s best swimmers top just 8kmh (5mph)  over the 100m sprint. Yet that is still superhuman. Most fitness swimmers would fail to approach even half that speed. All that splashing around by even the most enthusiastic fitness swimmer is soon put to shame by the 12 year old who glides through the water with ease. In short, swimming is about brain not brawn, and it’s technique not triceps or trapezius size that matters.

f-swimming2The efficiency of your swimming stroke is the key to success as a competing or training swimmer. An efficient stroke will significantly reduce wasted energy output through less drag in the water and a cleaner execution of hand and arm entry and recovery. Thus that little extra energy may provide you with an overall faster time. When your energy resources are depleted and you're hanging on to the end of your race, you will be the winner if you can hold your technique to that last tenth of a second. Every swimmer knows how easy it is to let one's technique drop off as you become more fatigued throughout a race - that burning sensation in the shoulders as you try to hold together your last few strokes to the wall is the hardest part of the race.

With regard to training for competitions, the season can last for up to 10 months or more, depending on whether you are at county, national or international level. In general, the season's training will reflect the level of the club or squad you are training with. The season will be geared around the county or regional championships, the Grand Prix circuit, the nation short- and long-course championships, the European, World or Olympic Games or the World Cup Circuit. Whatever your level, this article aims to cover the different types of training sets/sessions you should experience. Your individual ability and/or standard will determine the actual proportional breakdown of these sessions or cycles throughout the swimming season.

Musique Playlists

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Gymnastique aquatique

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Bébés nageurs

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Exercices de fitness

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    DEVELOPMENT OF BASIC AND SPECIAL ENDURANCE IN AGE-GROUP SWIMMERS DEVELOPMENT OF BASIC AND SPECIAL ENDURANCE IN AGE-GROUP SWIMMERS A RUSSIAN PERSPECTIVE   Multi-year Training (MYT) is necessary to achieve top international level performances in competitive swimming. The ultimate goal of MYT is the optimal development of motor abilities, functional…
  • Abdominaux, musculation & natation
    Abdominaux, musculation & natation Renforcement de la ceinture abdominale ‘’…Il est primordiale pour tout sportif de renforcer sa ceinture abdominale… ‘’ Pour que le corps du nageur se déplace efficacement dans l'eau, il doit coordonner les mouvements de ses bras et de ses jambes.…
  • Muscler le dos : Renforcement musculaire du nageur
    Muscler le dos : Renforcement musculaire du nageur Renforcement musculaire du dos Le grand dorsal et le groupe musculaire des érecteurs du rachis sont les deux principales cibles des exercices pour le dos. Muscle propulseur de l'humérus, le grand dorsal est le principal moteur des membres supérieurs, générateur…
    Swimming : -TOP DRILLS FOR BREASTSTROKE BODY POSITION DRILLS Because drag is an inherent part of the breaststroke, achieving excellent body position is essential in maximizing the forward motion of the stroke. Like freestyle and backstroke, the core is the center of power, but in breaststroke,…
    Swimming : -TOP DRILLS FOR BACKSTROKE BODY POSITION DRILLS Learning to float well on the back is the first step in being comfortable with the backstroke. Good spinal alignment and core tension not only improve comfort on the back, but can also contribute to an effective…
    Swimming : -TOP DRILLS FOR FREESTYLE BODY POSITION DRILLS An efficient freestyle is built on good body position. The way we float in the water is affected by our core tension. For a better freestyle, we must learn to shift weight forward, and achieve a downhill…
    Swimming : -TOP DRILLS FOR BUTTERFLY BODY POSITION DRILLS The best butterfliers combine grace and power in what seems like effortless forward motion. The primary point of technique that these butterfliers share is good body position. While the line of the stroke is characterized by a…
  • Training and testing of competitive swimmers
    Training and testing of competitive swimmers Two of the most common features of training pro­grams of swimmers competitive are the periodiza­tion of training volume and intensity and  the transition from training to racing. A periodized train­ing and tapering program is based on the principle of overload—recovery—peaking.…
  • Periodization
    Periodization Periodization involves dividing the training plan into smaller parts using the terms mesocycle, macrocycle, and microcycle. These terms are used to establish a hierarchy of training within the overall program. This approach is well established in practice in a wide…
  • Volume before intensity | Periodization |
    Volume before intensity | Periodization | One of the fundamental principles that underpins the periodization of training is that volume of train­ing is increased before the intensity of training. This principle applies to meso-, macro- , and microcycles alike. Most coaches are familiar with the concept…