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Either an author who fences, or a fencer who tends to write a lot. I found a passion for writing first, then I found fencing. I also found that the pen and the sword work very well together. The pen may be mightier than the sword but together they are much greater.

Tuesday, July 21, 2009

Calibration and the Correct Execution of the Thrust

Greetings, Everyone has been struck a too hard by their opponent before, and indeed the same could be said of ourselves in the same situation. This blog, as noted by the title will focus on calibration in the execution of the thrust. The thrust is the primary attack in many forms of fencing and knowing the correct calibration so that we do not injure our opponents is important and is something that needs to be discussed. This blog will address various details with regard to the execution of the thrust and examine how we can minimise the chances of over calibrating our thrust, or in more simple terms hitting too hard. The two root causes of over calibration in the thrust comes from a problem with knowledge of distance or from the technical execution of the thrust. Each one of these will be addressed with some pointers about how these can be improved and why there may be problems. The last part of the blog will address some problem solving suggestions as to how we ourselves can prevent over calibration and how we can fix the same problem in our students. Time and distance are the two root principles of fencing and any flaw in them will be expressed when we come up against an opponent. In this particular case it is distance which needs to be addressed. Knowing your distance is about situational awareness. Knowing your own distance with a thrust, and also the distance to the opponent. This particular element will be affected by other things going on during the bout such as movement and each one of these elements needs to be addressed in some form. The lunge is equally important in this equation but at the moment it is the thrust that will be the focus as the lunge is simply a thrust with a forward step added to it. The same elements which will be raised apply equally to the lunge as they do to the thrust. The first element is your own distance. You need to know how far your point will be away from your body at the full extension of your thrust. If your opponent is within the distance of your thrust it is important that you realise this and do not extend to your full length, otherwise you will strike your opponent too hard. This is the first element, and is forms some of the basis of the others. Once you know your own distance you can move on to the examination of the opponent. You need to be aware of the distance to your opponent in comparison to your own thrusting distance, as stated if they are too close you will over calibrate if you fully extend your thrust. Thus both elements need to be taken into account at the time that the thrust is made. The final element of distance that needs to be taken into account is movement. Both combatants will be moving, during the bout and this will change the distance between you and your opponent. This is most easily seen in the use of the retreat in response to a thrust. You need to be aware of your own movement during the execution of the thrust, but also the movement of the opponent, especially if they close distance as you are thrusting. The elements described above; your distance, the distance to the opponent and movement, all form a part of situational awareness and it is a lot of information that you need to assimilate in a short amount of time. Situational awareness is also important in order to be aware of the environment. For the classical and sport fencers, this means being aware of your position on the piste. For the Renaissance fencers it is being aware of any boundaries or obstructions that may be present on the field which you are using. These elements also need to be taken into account, but for different reasons. Situational awareness is something which is important as you need to know the distance elements in a very short amount of time, in fact when the thrust is delivered, and even a little before it is delivered. With the awareness of distance discovered, the next element that needs to be addressed is technique. The correct performance of the thrust, and indeed all skills in fencing is vital. For the current discussion, the correct technical execution of the thrust is vital to correct calibration. Technique is vital to the correct execution of the thrust and it is something that needs to be examined in some detail. It seems like a simple action, but there is a level of skill in it. The thrust must be examined in some detail in order to see how it works and how this may affect our end result. Accuracy is an element which extends from proper technical performance of the thrust, and while it is not the focus of this discussion it does have elements which are important. An accurate, but slow thrust is substantially more important that a fast but inaccurate one. The accuracy allows us to hit the target that we are aiming for and this can be important in calibration in order that we hit the target at the correct distance rather than some closer one by accident. Thus it can be seen that accuracy in the thrust can be of great importance in its execution and calibration of the thrust. In order to investigate this the technical detail must be addressed. The thrust is not merely shoving the point of the weapon at the opponent and this must be realised at its most base level. There are various elements which come into play in the execution of the thrust and only if all of these elements are combined together properly will the thrust be executed properly. Each one of these elements can affect the calibration of the thrust, some will more than others. Each part of the thrust needs to be examined in order to understand the action properly and be able to do it properly. In the execution of the thrust the point should move in a straight line from its starting position to its target with very little deviation. This will ensure that the point has travelled the shortest distance to its target. This is important for accuracy and also speed. A change in direction of the thrust can also affect calibration as the point may gain more velocity, or it may change the distance. Thus it is important that the point travels in the shortest line to its target. ....

The rest of this article can be found in Un-Blogged: A Fencer's Ramblings by Henry Walker, which is available in paperback from:

Amazon: https://www.amazon.com/Blogged-Ramblings-Henry-Leigh-Walker/dp/098764470X
Booktopia: https://www.booktopia.com.au/un-blogged-henry-leigh-walker/book/9780987644701.html
Among other places...

It is also available in electronic format (pdf) from: https://buy.stripe.com/fZecP419c7CB9VKeUV

... or direct from the author.

1 comment:

  1. just linked this article on my facebook account. it’s a very interesting article for all.

    ReplyDelete

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