ICC looks to technology for suspect bowlers
Source: Agencies |
August 29, 2012, Wednesday
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Print Edition
Print Edition
THE International Cricket Council is a step closer to introducing biomechanical testing for bowlers with suspect delivery actions in match conditions.
The ICC and the Maryleborne Cricket Club are working with an Australian scientific consortium to develop technology which can be worn during matches by bowlers who have been reported for suspect bowling actions.
Biochemist Marc Portus, who is leading the project, told Australian media the technology, similar to that used in iPads and car crash impact detection systems, could be ready for use in first-class matches within two years.
Bowlers who competed in the under-19 World Cup have tested the technology at the Australian Institute of Sport in Canberra. It uses sensors on either side of the elbow joint to measure the degree of elbow flexion, with details transmitted wirelessly to scientists in the stadium or practice facilities.
"Testing in a lab does bring some limitations, and one of them is that it's very hard to recreate the environment of elite match play," Portus told the Sydney Morning Herald newspaper. "With words exchanged between players, a batter getting on top of a bowler, when it's hot on day five of a test match and you need two wickets to win, it's almost impossible to recreate that in a lab environment.
"So this is a way to bridge that gap."
The ICC and the Maryleborne Cricket Club are working with an Australian scientific consortium to develop technology which can be worn during matches by bowlers who have been reported for suspect bowling actions.
Biochemist Marc Portus, who is leading the project, told Australian media the technology, similar to that used in iPads and car crash impact detection systems, could be ready for use in first-class matches within two years.
Bowlers who competed in the under-19 World Cup have tested the technology at the Australian Institute of Sport in Canberra. It uses sensors on either side of the elbow joint to measure the degree of elbow flexion, with details transmitted wirelessly to scientists in the stadium or practice facilities.
"Testing in a lab does bring some limitations, and one of them is that it's very hard to recreate the environment of elite match play," Portus told the Sydney Morning Herald newspaper. "With words exchanged between players, a batter getting on top of a bowler, when it's hot on day five of a test match and you need two wickets to win, it's almost impossible to recreate that in a lab environment.
"So this is a way to bridge that gap."
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