Expand your training with new possibilities – a new update for your swimming skills<\/h2><\/h2><\/div>Until now the cosinuss\u00b0 One in-ear sensor is only used onshore. But how interesting would it be to use the sensor in the water?<\/p>\n<\/div>
<\/div><\/div><\/div><\/div><\/div>We improved our cosinuss One\u00b0 In-ear device for in-water usage because of the importance of measuring vital parameters<\/a> during your swim training. Now you can use the cosinuss\u00b0 One in water for:<\/p>\n\n- Monitoring your heart rate<\/li>\n
- Measuring your acceleration data<\/li>\n
- Increase your performance<\/li>\n<\/ul>\n
These interesting improvements mean a lot to you! Find out the secret of this new update for your swimming performance!<\/p>\n<\/div>
<\/div><\/div><\/div><\/div><\/div>Old but gold?<\/em><\/p>\n<\/div>For every type of sports onshore, there is a possibility to measure your heart rate but in swimming it is a gap \u2013 we have to close it with our cosinuss\u00b0One!<\/p>\n
The current state of the art are chest straps which can measure your heart rate under water. To monitor this parameter during training a perfect fit on your chest is important. Otherwise the values are incorrect. This is a major issue because the strap does not allow a perfect fit for everyone, especially for male athletic swimmers. The reason why male swimmers have more problems than female swimmers are that they don\u2019t have the extra support of a swimsuit.\u00a0Currently your only alternative is the classical method for pulse measurement: counting pulse with the finger on the neck. This results in inexact values.<\/p>\n<\/div>
<\/div><\/div><\/div>![](\"https:\/\/www.cosinuss.com\/wp-content\/uploads\/2018\/05\/One_goes_swimming_3-1.jpg\" "\\"One_goes_swimming_3\\"")
<\/span><\/div><\/div>Our trainee Astrid is testing the new One at ELEMENTS<\/p>\n<\/div>
<\/div><\/div><\/div><\/div><\/div>Dreams of the future…<\/em><\/p>\nSo, this area is a new exciting topic for us. We want cosinuss\u00b0One to measure your heart rate \u2013 reliable and continuous. We took the first step and made the cosinuss\u00b0 One ready for measuring acceleration data in the water. To check the reliability our trainee Astrid was testing cosinuss\u00b0 One during breaststroke and crawl. The primary goal of this investigation was to receive sensible data. At first we pay attention to two things: On the one hand to the quality data, and on the other hand the transfer rate.<\/p>\n
\u2026or already reality?<\/em><\/p>\nThe tests took place at our partner ELEMENTS Fitness und Wellness<\/a>, a modern fitness and wellness studio in Munich, that even provides a sportive swimming pool. Every morning three times a week she went to the studio. Always warmly received she took her swims and then came to our office for analyzing the data. This data is showing the three dimensions and its specific acceleration during the two styles. With mathematical calculations a differentiation between breaststroke and crawl is possible.<\/p>\nWe thank\u00a0ELEMENTS\u00a0 Fitness und Wellness\u00a0for the good collaboration.<\/p>\n
Innovation means new possibilities for your training<\/em><\/p>\nFor you, it is also important to have exact details about your vital parameters, in order to continuously improve your performance. By analyzing the data, deficits can be identified and trained specifically. By means of the acceleration data the respiratory frequency can be calculated. Based on the resulting respiratory frequency, you can draw conclusions about the possible swimming style. Including heart rate measurements this data gives you more information about your training condition and the training level.<\/p>\n
You can see the advantages of the current three methods in the following:<\/p>\n
Until now the cosinuss\u00b0 One in-ear sensor is only used onshore. But how interesting would it be to use the sensor in the water?<\/p>\n<\/div>
We improved our cosinuss One\u00b0 In-ear device for in-water usage because of the importance of measuring vital parameters<\/a> during your swim training. Now you can use the cosinuss\u00b0 One in water for:<\/p>\n These interesting improvements mean a lot to you! Find out the secret of this new update for your swimming performance!<\/p>\n<\/div> Old but gold?<\/em><\/p>\n<\/div> For every type of sports onshore, there is a possibility to measure your heart rate but in swimming it is a gap \u2013 we have to close it with our cosinuss\u00b0One!<\/p>\n The current state of the art are chest straps which can measure your heart rate under water. To monitor this parameter during training a perfect fit on your chest is important. Otherwise the values are incorrect. This is a major issue because the strap does not allow a perfect fit for everyone, especially for male athletic swimmers. The reason why male swimmers have more problems than female swimmers are that they don\u2019t have the extra support of a swimsuit.\u00a0Currently your only alternative is the classical method for pulse measurement: counting pulse with the finger on the neck. This results in inexact values.<\/p>\n<\/div> Our trainee Astrid is testing the new One at ELEMENTS<\/p>\n<\/div> Dreams of the future…<\/em><\/p>\n So, this area is a new exciting topic for us. We want cosinuss\u00b0One to measure your heart rate \u2013 reliable and continuous. We took the first step and made the cosinuss\u00b0 One ready for measuring acceleration data in the water. To check the reliability our trainee Astrid was testing cosinuss\u00b0 One during breaststroke and crawl. The primary goal of this investigation was to receive sensible data. At first we pay attention to two things: On the one hand to the quality data, and on the other hand the transfer rate.<\/p>\n \u2026or already reality?<\/em><\/p>\n The tests took place at our partner ELEMENTS Fitness und Wellness<\/a>, a modern fitness and wellness studio in Munich, that even provides a sportive swimming pool. Every morning three times a week she went to the studio. Always warmly received she took her swims and then came to our office for analyzing the data. This data is showing the three dimensions and its specific acceleration during the two styles. With mathematical calculations a differentiation between breaststroke and crawl is possible.<\/p>\n We thank\u00a0ELEMENTS\u00a0 Fitness und Wellness\u00a0for the good collaboration.<\/p>\n Innovation means new possibilities for your training<\/em><\/p>\n For you, it is also important to have exact details about your vital parameters, in order to continuously improve your performance. By analyzing the data, deficits can be identified and trained specifically. By means of the acceleration data the respiratory frequency can be calculated. Based on the resulting respiratory frequency, you can draw conclusions about the possible swimming style. Including heart rate measurements this data gives you more information about your training condition and the training level.<\/p>\n You can see the advantages of the current three methods in the following:<\/p>\n\n
<\/span><\/div><\/div>