ICC looks to technology for suspect bowling actions
DUBAI, UAE (AFP) — Cricket's governing body yesterday announced plans to introduce wearable technology usually found in iPads to scrutinise bowlers with suspect bowling actions.
The initiative would see "inertial sensors" attached to the bowler's arm to assess the legality of his action.
The actions of several current and recently retired bowlers have come into question after the International Cricket Council (ICC) allowed a tolerance limit of 15 degrees' bend to the bowling arm -- a relaxation questioned in some quarters.
The ICC has announced that it is willing to invest in bowling action technology.
"The ICC has entered the second phase of an agreement with a consortium of high-profile Australian cricket, sports science and sports engineering institutions to develop a wearable technology to assess the legality of bowling actions in match and training conditions," an ICC statement read.
Retired pacemen Brett Lee of Australia and Pakistan's Shoaib Akhtar, as well as Sri Lankan spinner Muttiah Muralitharan, have all had their actions questioned but were cleared on the basis of tolerance limit or existing arm-joint deformity.
India's Harbhajan Singh and Pakistan's Saeed Ajmal are two high-profile current bowlers whose actions have come under scrutiny on several occasions.
The ICC said it was working to address the problem.
"The ICC is now working with experts to produce a process capable of measuring bowlers' actions in a match environment," it said.
"Known as inertial sensors, they employ similar technology to that used in iPads, mobile phones and car crash impact detection systems.
"It is planned the technology will be light, cost-effective and wearable on the bowler's arm and will not hinder performance, while still allowing information about the throw-like features of an illegal action to be assessed in near real-time in both match and training environments."
Bowlers who have been reported by umpires with a suspicious illegal bowling action are currently required to attend an ICC-approved biomechanics laboratory to assess the amount of elbow extension in their bowling action, the ICC said.
"The second phase of the three-phase project will conclude in late 2013 and is concerned with the technology's measurement methods and precision against current laboratory protocols," the ICC said.