Coachwhisperer GmbH
Booth number: E230-B3-T3.01
coachwhisperer.de/en
About us
We are a spin-off of the Friedrich Schiller University and work closely with leading experts in sports science to align our product with the latest scientific findings. We have already been tinkering with the idea since 2015. At the end of 2020, we received the EXIST-Gründerstipendium from the German Federal Ministry for Economic Affairs and Energy. In 2021, "Coachwhisperer GmbH" was founded and in 2022, we completed a PreSeed financing round, and we also won the Thuringia Innovation Award. Now we are bundling know-how with our new investor and world champion Julian Draxler to take the sport to the next level. As of now, we are 19 employees and are currently launching our first product in the European Sports Tech Market. For that we are addressing professional sports clubs in the B2B-sector. In the long term we will enhance our market to the B2C sector.
Address
Leutragraben 2 – 4
07743 Jena
Germany
Phone: +49 3641 2329120
Contact person:
Philipp Zacher
CEO
E-mail: p.zacher@coachwhisperer.net
Phone: +49 171 8035785
Maximilian Wensch
Chief Financial Officer
E-mail: m.wensch@coachwhisperer.net
Products & Services
The Hearable, which is currently being developed and which players wear in their ears, records the athlete's heart rate, blood oxygen saturation and stress zone without restricting their movement. Thanks to live communication, athletes can be warned immediately when a critical value is reached to prevent overload.
Soundstar
Train groups of players according to their position, integrate new athletes into the team easily without interrupting practice and maximize your time in play. These are just some of the use cases, in which your team can benefit from our Soundstar.
LiveHearo
Using the PPG method, our Hearable measures the athlete’s heart rate and heart rate variability without restricting their movement. From these, we can determine the players stress zones. Through live-communication players can be warned immediately when they reach a critical value, which enables far better load control
