Australia switch to missile-guiding technology to give more teeth to fast bowling

Sydney, May 26: To give more teeth to their pace department, Cricket Australia (CA) have gone the military way of introducing missile-guiding technology for the gruelling season ahead.

Sports scientists at Australian Catholic University's School of Exercise Science have developed the revolutionary algorithm because the current method of reporting of professional cricketers' workloads, which only measures the number of deliveries bowled and not the intensity and effort required to do so, was inadequate, according to the CA website on Thursday.

Australia's bowler Mitchell Starc, center, high fives with teammates after bowling out West Indies' batsman Kraigg Brathwaite, for 15 runs, during the second innings on the day two of their first cricket Test match in Roseau, Dominica, June 4, 2015.

The scientists have, instead, recommended in the British Journal of Sports Medicine that coaches should use missile-guiding microtechnology implanted in newly-developed wearable devices, which would run the so-called 'smart algorithms'.

According to sports scientist and co-author Tim Gabbett, the same technology is used to navigate submarines, guided missiles and spacecraft.

(Injury-free Mitchell Starc gunning to fire again)

Reflecting more on this technology, fellow ACU sports scientist Dean McNamara said that measuring bowling intensity for individual balls or sessions will provide context for the acute and chronic workload of the individual bowler, and ultimately the preparedness of the bowler for the maximal workload of the immediate competition.

The Kangaroos will fly to the West Indies on Friday for a tri-series, also involving South Africa, beginning June 5, and then tour Sri Lanka for a three-match Test series in July and August.


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