In the future, you too can provide your customers with highly individualized service based on their body data. Simply use our contact form and we will find the perfect solution for your company.
High-precision results for individual support of your customers
Detailed evaluation of the performance data
The fit level describes the fitness and health status of the heart and ranges from 1 to 10, with 10 being the highest fit level.
The wattage shows the relationship between the maximum power output and the calculated target wattage. The target wattage describes how many watts a person with comparable body data should achieve.
Maximum oxygen uptake is the most important criterion for endurance performance. It provides information about how well the body can absorb and use oxygen under stress.
Based on the measurement results, the individual training heart rates are determined. These are divided into different training areas, including regenerative training, basic training, development training and peak loads. This gives you a customized training recommendation for optimal performance improvement.
The performancescan module offers a spiroergometric step test on a bicycle ergometer to determine individual endurance performance. During the test, the load is gradually increased and at the same time power, heart rate, oxygen uptake, carbon dioxide output and other respiratory parameters are continuously measured and recorded using respiratory gas analysis (spiroergometry). The measurement results of the individual load levels and the calculated individual training ranges are presented in clear tables and graphics.
Our goal is to determine the training areas and to establish an optimal and individual training recommendation for your clients. In this way, we create the basis for professional training planning. The module also measures the fat burning pulse, which is ideal for competition preparations, healthy weight loss through training and to protect against overtraining.
The performancescan is a spiroergometric step test on a bicycle ergometer used to determine individual endurance performance. The load is increased step by step while power, heart rate, oxygen uptake, carbon dioxide output and other respiratory parameters are continuously measured and recorded using respiratory gas analysis (spiroergometry). The measurement results of the individual load levels and the calculated individual training ranges are clearly displayed.