Archery provides a recreational pursuit, a healthy fitness routine and provides a Zen for the wellbeing of the mind and soul. Of course archery gets you outdoors as well and that is a great thing to start with. As soon as you get outdoors with a bow and arrow it gets you moving. You find strength and as you get better at it, it boost your self-esteem. It can also help many people like me battle the effects of my mental health problems
It’s a beautiful spring day and you just arrived at your favorite outdoor shooting place. The sky is blue, no wind, perfect temperature, grass is green, and the target seems amazingly colorful today. As you draw your bow back you feel confident and assured that today will be great shots. As the arrow is released you feel relaxed and know it was a great shot. Thud! The arrows hits the target and it is not exactly what you expected. You draw back and shoot again. Thud! Arrow hit the X. As the day goes on your shots overall are good, but you just can’t explain the strange flyers that happen and your groups could be a little tighter.
Now that we have covered the behaviour of motion from some classical scientists dating back 2000 years I think it’s time we took a look at the way arrows move the way they do. Arrows are a graceful and elegant form of ammunition, they have a beautiful design that matches the bow and the two of them work together for the archer’s style and consistency. Arrows fly through the air just like any other flying machine however unlike aeroplanes they don’t have wings to lift them into the air. Their ability to fly through the air comes from the tensile strength of the bowstring.
Archery is a sport that is good for the mind and the body which benefits me greatly for my health and wellbeing. But it’s also got something for me in other ways. One of the reasons why I choose archery over many of the other Olympic sports is because it is also a combination of physics and craftsmanship. I am a science geek as a well a sportsman and I have a broad range of interests in science which includes physics and engineering. At the time I took up archery after the 2012 Olympics I was studying for a degree in physics at the Open University. One of the topics I covered was classical mechanics which includes the physics of the mechanism of the bow and arrow and I spent some time examining the science of archery. For this post I have decided to combine my love of science and my love of archery to show that archery is a prime example of brains and brawn working together in harmony. This should set the stigma aside that geeks like me are not cut out for sports.