Video: Tennis coaches Bruce Wright and Dave Fish explain the "high set" concept

See the "high set" concept in action, with the Harvard men's tennis team and explanations from the coaches.

In this video, Bruce Wright, volunteer assistant coach of Harvard men's tennis, and head men's coach Dave Fish describe and illustrate the concept of "high set" that they are introducing to the Harvard team, who also appear onscreen. As explained in more detail in the article "Game, Match, and High Set,"  Wright, a gymnast, identified the "high set" (high center of gravity) as a central factor that allows tennis players to move more quickly between shots on the court, and to perform more consistently, with less fatigue, and with fewer injuries.

 

 

Related topics

You might also like

Rassey returns to Cambridge from Ann Arbor, Michigan.

Harvard graduate and NASCAR racer Patrick Staropoli on pedals, attention, and fearlessness.

How Women Are Changing the NBA

From coaching staffs to front offices, female leaders are bringing new strategies to men’s basketball.

Most popular

Fake social media posts aim to distract

Distraction seems to be the aim of a massive government campaign of fake social media posts.

Mindfulness—the unconventional research of psychologist Ellen Langer

Psychologist Ellen Langer's unconventional research. Plus, read about applying mindfulness techniques to eating.

The Science of Happiness

This doesn’t feel like a normal academic conference. True, the three-day Positive Psychology Summit is a sellout, with 425 attendees...

Explore More From Current Issue

Racing driver gives a thumbs up from inside a car, wearing a helmet and safety gear.

Harvard graduate and NASCAR racer Patrick Staropoli on pedals, attention, and fearlessness.

Aerial view of modern high-rise buildings surrounded by greenery and city skyline.

In a sea of red brick, the Science Center and Peabody Terrace make their mark.

Two figures stand before a large, colorful pixelated face against a yellow background.

Harvard scientists identify hundreds of genes under selective pressure.