In the world of sport, technology is playing an increasingly important role in helping athletes improve their performance. One of the latest innovations is U-Scan from Whithings, a home urine analysis device. It sits in your toilet bowl and gathers health data from your urine, such as hormonal fluctuations, menstrual cycles and dietary tips. In this article, we look at how the technology works, the practical benefits for sports clubs and the cost. 

1. What is U-Scan?

 U-Scan by Whithings is an advanced health monitoring system consisting of two main parts: the reader and the cartridge. The Reader is a small, round device that collects urine samples, analyses them using light and transmits the data via Bluetooth or Wi-Fi. It's compact and lightweight, making it easy to use and carry.

U-Scan is available in two versions: U-Scan Nutri Balance and U-Scan Cycle Sync.

U-Scan Nutri Balance is an innovative health monitoring technology that evaluates the impact of food and water intake on our metabolism. It provides a non-invasive solution to understanding how diet and hydration affect our bodies. By analysing key biomarkers, U-Scan Nutri Balance provides personalised daily advice, recipes and activities to help individuals maintain a balanced and healthy lifestyle.

U-Scan Cycle Sync addresses the challenges faced by female athletes due to hormonal fluctuations. As the world's first hormone-based Cycle Sync guide, U-Scan provides in-depth analysis of hydration and nutritional parameters and offers targeted interventions for optimal performance throughout the menstrual cycle.

2. The benefits of using U-Scan in sport

U-Scan offers many advantages and benefits when used in the world of sport:

  • Performance optimisation: U-Scan enables sports clubs to monitor the health of their athletes in real time through in-depth analysis of urinary biomarkers. By having an accurate understanding of each athlete's nutrition, hydration and hormonal cycles, clubs can design training and recovery programs to maximise athletic performance.
  • Health monitoring:  Regular monitoring of key health parameters allows clubs to identify signs of overexertion, dehydration or nutritional imbalances. This can help prevent injuries and improve the overall health of athletes.
  • Tracking Training Response: U-Scan allows the medical or performance director to assess the effectiveness of training programmes on the health of athletes. The data provided by U-Scan allows clubs to see how the body is responding to training and make the necessary adjustments to optimise results.
  • Personalisation of programmes: With the personalised recommendations provided by U-Scan, clubs can tailor training and nutrition programmes to the specific needs of each athlete. This increases programme efficiency and the likelihood of success.
  • Women's health monitoring: U-Scan Cycle Sync is particularly beneficial for female athletes by closely tracking their hormonal cycles. This helps mitigate the effects of hormonal fluctuations on athletic performance, enabling clubs to better understand and adjust training strategies.
  • User-friendly: U-Scan provides a simple, non-invasive and convenient health monitoring solution. Athletes can easily use the reader to collect urine samples and the data is automatically transmitted to the Withings app for continuous tracking.

3. Affordable pricing for sports clubs

 Withings wants U-Scan to be accessible to everyone, which is why it offers competitive pricing. Sports clubs can purchase the U-Scan Cycle Sync or Nutri Balance starter kit for £499.95. This includes a U-Scan Reader and a cartridge for three months of testing. For ongoing benefits, users can subscribe to automatic refills and app coaching for £29.95 per month.


 In summary, the use of U-Scan in sport offers an efficient and innovative way to monitor health and personalise training and nutrition programmes for each athlete. With U-Scan, sports clubs can take a proactive approach to the health and performance of their athletes, helping them to reach their full potential on the field. Although this technology looks promising, we need to check the reliability of this technology to monitor the data provided. To the best of our knowledge, no study has yet validated this device.

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