Acceleration and Pulling into the Catch
In this video, Ken demonstrates how, with the Rowing in Motion app, you can monitor your catch duration in real-time and get instant feedback on your rowing stroke.
Boat Acceleration
Acceleration and Pulling into the Catch
In this video, Ken Davey discusses the difference in boat acceleration throughout the stroke at low and high rates.
Why You Need to Understand Acceleration Curves
In this video, Rhett Ayliffe discusses what you need to understand about acceleration curves.
Acceleration and Pulling into the Catch
In this video, Ken demonstrates how, with the Rowing in Motion app, you can monitor your catch duration in real-time and get instant feedback on your rowing stroke.
Acceleration and Pulling into the Catch
In this video, Ken Davey discusses the difference in boat acceleration throughout the stroke at low and high rates.
Boat Acceleration Olympic vs National Crews
In this video, Jamie compares the boat acceleration curves of Olympic and National Crews.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Why You Need to Understand Acceleration Curves
In this video, Rhett Ayliffe discusses what you need to understand about acceleration curves.
Acceleration and Pulling into the Catch
In this video, Ken demonstrates how, with the Rowing in Motion app, you can monitor your catch duration in real-time and get instant feedback on your rowing stroke.
Acceleration and Pulling into the Catch
In this video, Ken Davey discusses the difference in boat acceleration throughout the stroke at low and high rates.
Acceleration During the Rowing Stroke
In this video, Lachlan demonstrates the boat’s acceleration during the rowing stroke.
With the help of the Rowing in Motion app, it is possible to get a highly accurate real-time readout of what is happening throughout the stroke.
With the help of the Rowing in Motion app, it is possible to get a highly accurate real-time readout of what is happening throughout the stroke.
Boat Acceleration Olympic vs National Crews
In this video, Jamie compares the boat acceleration curves of Olympic and National Crews.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Why You Need to Understand Acceleration Curves
In this video, Rhett Ayliffe discusses what you need to understand about acceleration curves.
Acceleration and Pulling into the Catch
In this video, Ken demonstrates how, with the Rowing in Motion app, you can monitor your catch duration in real-time and get instant feedback on your rowing stroke.
Acceleration and Pulling into the Catch
In this video, Ken Davey discusses the difference in boat acceleration throughout the stroke at low and high rates.
Boat Acceleration
Acceleration During the Rowing Stroke
In this video, Lachlan demonstrates the boat’s acceleration during the rowing stroke.
With the help of the Rowing in Motion app, it is possible to get a highly accurate real-time readout of what is happening throughout the stroke.
With the help of the Rowing in Motion app, it is possible to get a highly accurate real-time readout of what is happening throughout the stroke.
Boat Acceleration Olympic vs National Crews
In this video, Jamie compares the boat acceleration curves of Olympic and National Crews.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Jamie Hewlett is the Head Rowing Coach at the Western Australian Institute of Sport.
Why You Need to Understand Acceleration Curves
In this video, Rhett Ayliffe discusses what you need to understand about acceleration curves.
Acceleration and Pulling into the Catch
In this video, Ken demonstrates how, with the Rowing in Motion app, you can monitor your catch duration in real-time and get instant feedback on your rowing stroke.
Acceleration and Pulling into the Catch
In this video, Ken Davey discusses the difference in boat acceleration throughout the stroke at low and high rates.