Inside Science
/
Article

Batter Up! With A Better Swing

OCT 02, 2014
New app puts an affordable batting coach in the palm of your hand.
Batter Up! With A Better Swing

(Inside Science TV) – Professional baseball players make hitting the ball look easy. But developing a great swing takes a lot of practice and skill. Coaches can give tips to improve a batter’s swing, but some players need a little extra help.

Greg Roble, co-founder of Sensori Athletics and baseball enthusiast, can make hitting a ball look easy. But he spent years practicing on his own to perfect his swing.

“Back when I was in high school, I really didn’t think that I needed a hitting coach or an instructor or anything like that,” said Roble.

Many athletes rely on coaches for tips to improve skills and professional teams use expensive motion capture equipment to analyze player’s hitting styles. Roble got together with Peter Opperman, co-founder and CEO of Sensori, and developed an affordable device to help players of all levels and ages improve their swing.

The device, called Leadoff, has sensors to measure the bat’s speed during a swing, the path and angle of the bat, and an estimate of the ball’s speed when hit. An app then gives the batter feedback with visual graphs and information to help players track their performance.

“An athlete can see how many swings they took, they can see the specific measurements on each swing, what that bat speed was, what that swing plane was for each swing,” Opperman said.

The device is designed to be used by coaches and players together to gather information to improve batting skills over time with practice. Something that Roble took to heart.

“When I look back at the app, and I was looking at all the data, I could pick out which swings were bad from the data,” said Roble.

Leadoff can be ordered online and includes an phone app and access to an online portal to track your progress.

Get Inside The Science:

Sensori Athletics

Peter Oppermann , Sensori Athletics

More Science News
/
Article
Sequencing the microRNA in vesicles only found in cardiac macrophages illuminates their role in blood vessel formation.
/
Article
Compressing air by using the ocean’s hydrostatic pressure provides an effective method for long-term, stable energy storage.
/
Article
Researchers use a cornstarch-like fluid to selectively damp harsh vibrations, flatten frequency response, and bring clearer sound to piezoelectric bone-conduction devices.
/
Article
By feeding students the mysteries and wonder of modern physics, Don Lincoln hopes to ‘blow their minds.’
/
Article
Freedman performed crucial work as an experimentalist. But his mentorship was an equally important contribution.
/
Article
Understanding how ingredients interact can help cooks consistently achieve delicious results.
/
Article
Strong and tunable long-range dipolar interactions could help probe the behavior of supersolids and other quantum phases of matter.
/
Article
Inside certain quantum systems, where randomness was thought to lurk, researchers—after a 40-year journey—have found order and unique wave patterns that stubbornly survive.