Customers and partners

The smallest details determine the success of a training intervention in the development of world-class athletes. At the same time, quick decisions are necessary in training planning in order to individualize it on a daily basis. By means of the Vmaxpro system force velocity profiles (e.g. over the muscle performance threshold) can be sharply mapped with minimum effort in terms of time and material and thus the training contents can be precisely defined and individualized. In the further training process, the system provides feedback on each individual repetition as to whether the desired training content is being implemented and thus enables immediate corrections to be made if necessary. The automatic documentation of the training units saves time and serves as a planning parameter for the long-term training process.

Christian Wiegel
Training scientist at the OTC Saxony-Anhalt

Enode Sensor related publications

Some of the studies cited still make reference to our previous branding, 'Vmaxpro', which is sometimes presented in unconventional spellings. Ultimately, however, they all pertain to our current product, Enode Pro.

Life

Reliability and Sensitivity of Enode/Vmaxpro Sensor for Muscle Power Assessment

Authors: Milan Marković, Lazar Toskić, Veroljub Stanković, Radenko Arsenijević, Nikola Aksović, Bojan Bjelica, Saša Bubanj, Tatiana Dobrescu

Applied Sciences

Validity of the Enode Sensor and My Jump 3 App for Assessing Countermovement Jump Performance

Authors: Davor Puljić, Christos Karavas, Athanasios Mandroukas, Andreas Stafylidis

Journal of Human Sport and Exercise

Random measurement and prediction errors limit the practical relevance of two velocity sensors to estimate the 1RM back squat

Authors: Warneke K, Skratek J, Wagner CM, Wirth K, Keiner M

Journal of Physical Education and Sport

Validity and Reliability of the VmaxPro IMU for back squat exercise in multipower machine

Authors: Olaya-Cuartero J, Villalon-Gasch L, Penichet-Tomás A, Jimenez-Olmedo JM

Scientific Reports

Implementing a velocity-based approach to resistance training: the reproducibility and sensitivity of different velocity monitoring technologies

Authors: Jukic I, King A, Sousa CA, Prnjak K, McGuigan MR

International Journal of Environmental Research and Public Health (IJERPH)

Valid and Reliable Barbell Velocity Estimation Using an Inertial Measurement Unit

Authors: Held S, Rappelt L, Deutsch JP, Donath L