METAMAX 3B

The METAMAX® 3B can be operated in various ways, either with a laptop, the Smart Control or completely autonomously. Just synchronize the recorded test data with the application software MetaSoft® Studio.

To determine the velocity and location of a test person in a field test the METAMAX® 3B uses a powerful GPS module. The module allows you to calculate velocity and altitude changes and gives an objective picture of the person's stress factors during a field test.

Features:

•        ultralight, mobile Breath-by-Breath system (580 g)

•        telemetric range of over 1,000 m (bi-directional telemetry with Bluetooth® technology)

•        chest and back carrying system

•        convenient control via Smart Control, laptop or as stand-alone

•        6-hour battery life

•        400 hours data storage

•        constant dynamic flow control

•        free definable audio signals

With Swim Option:

METAMAX® 3B is a performance diagnostic with spiroergometry for swimming using the Swim Option for METAMAX® 3B by CORTEX. This specialized system offers precise physiological examinations in water, featuring ergonomically designed snorkels, an integrated heart rate module, and a waterproof, shockproof transport case. Benefit from underwater and Bluetooth® communication, ensuring accurate data collection even in challenging aquatic environments

ON SPACE MISSION:

Astronaut Alexander Gerst has taken our METAMAX® 3B to the ISS. Last summer, the German astronaut Alexander Gerst embarked on a research trip on the ISS. This was the first time a mobile spiroergometry device had been launched into space. During six months, Alexander Gerst used the METAMAX® 3B to determine the impact of the space journey on the human organism. Not only the launch into space is exhausting. Being in orbit, the fitness changes and the journey back to earth is often more exhausting than the beginning.

The project which is accompanied by the Institute of Aerospace of the TU Dresden is not just about assessing astronaut's fitness level. The results of the experiment will help to optimally prepare future space tourists on their flight into space.