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Yale technology enables you to hear your golf swing

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September 6, 2005

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September 7, 2005 Robert D. Grober, Yale professor of Applied Physics and Physics, has combined his passion for golf and his professional expertise to produce a unique and effective real–time audio biofeedback device for teaching and training golf. Grober developed a golf club that has motion–detecting sensors, similar to those used for safety airbag deployment in cars, embedded in the shaft. Sonic Golf’s unique feature is the use of real–time audio feedback. “We were able to identify a signal from the sensors related to the speed of the club,” Grober said. “We convert this signal into an audio soundscape that is universally intuitive to golfers and instantly interpretable, providing real–time audio feedback on the tempo, timing and rhythm of the golf swing.”

A patent was filed through the Yale Office of Cooperative Research and the technology is licensed to his company, Sonic Golf. He has successfully tested his clubs with leading PGA teaching professionals in Pinehurst, Southern California, Maui, and Florida.

“From listening to Sonic Golf’s audio feedback, all the students made improvements in their swings in just 20 to 30 minutes,” said Bill Greenleaf, a PGA Master Professional and Director of Instruction at the Dunes at Maui Lunai. “Some fine tuned, and some made dramatic changes that I would not previously have thought possible. Eight weeks later, the effect is still contributing to their improved play.”

The clubs have a wireless data link both to headphones and to a computer. As the golfer swings, an audio soundscape is generated for the golfer that represents the speed of the club—a soft, low pitch when the club is moving slowly, scaling to a loud, high pitch when the club is moving quickly. Data is also collected by a computer allows further analysis of elements of the swing, including the duration of the backswing and downswing, the force of the release, and the swing–to–swing reproducibility.

This is a completely new way to develop tempo, rhythm, and “feel” and to train muscle memory in the golf swing. Additionally, it provides a mechanism to effectively connect the golfer and instructor, allowing them to explore the sound and data together and to make swing changes by altering the soundscape.

“This is a great example of the joy in practical application of basic science and engineering.” said Paul Fleury, Dean of the Engineering Faculty and Frederick W. Beinecke Professor of Engineering at Yale.

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About the Author
Mike Hanlon Mike grew up thinking he would become a mathematician, accidentally started motorcycle racing, got a job writing road tests for a motorcycle magazine while at university, and became a writer. As a travelling photojournalist during his early career, his work was published in a dozen languages across 20+ countries. He went on to edit or manage over 50 print publications, with target audiences ranging from pensioners to plumbers, many different sports, many car and motorcycle magazines, with many more in the fields of communication - narrow subject magazines on topics such as advertising, marketing, visual communications, design, presentation and direct marketing. Then came the internet and Mike managed internet projects for Australia's largest multimedia company, Telstra.com.au (Australia's largest Telco), Seek.com.au (Australia's largest employment site), top100.com.au, hitwise.com, and a dozen other internet start-ups before founding Gizmag in 2002. Now he writes and thinks. All articles by Mike Hanlon
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