Innovation award for milon's Reactive Training Types (RTA)
Emersacker, June 10, 2014 - When it comes to effective training, there is no way around milon
g. The German equipment manufacturer and solution provider once again impressively demonstrates this with its new Reactive Training Types (RTA) concept. The original milon circuit, which has been tried and tested millions of times over, has finally become a multifunctional equipment system.
The option to use the milon circuit for adaptive training, isokinetic training and isokinetic strength measurements represents a quantum leap in terms of training efficiency. Together with a team of trainers or therapists optimally trained by milon, it is the perfect way to guarantee that people achieve their individual training goals.
This is also confirmed by the practical test: although only recently on the market, milon circuits with RTA are already being used successfully in over 200 facilities - with 100% positive feedback. In addition to the added value of more effective training, RTA also opens up new opportunities for operators to attract new members and retain existing customers for longer with clearly formulated performance promises.
The relevance of RTA for the training of the future is also underlined by the latest expert verdict at fitexpo 2014, which took place a few days ago in Poznan (PL).
At the industry trade fair, which is particularly important for the rapidly growing Eastern European market, the Reactive Training Arten concept was presented with the Innovation Award. Winning the Gold Medal 2014 is confirmation of milon's innovative strength and pioneering technological role.
About RTA - Reactive Training Types from milon
The term Reactive Training Types, coined by milon, summarizes new, innovative functions that make the milon circuit even more universal - above all adaptive training, isokinetic training and isokinetic strength measurement.
With isokinetic measurement, the system first determines the maximum strength of the trainee and then ensures a constant speed of the training movement during isokinetic training. The trainee uses the maximum possible force without changing the speed.
This approach is primarily used in the field of therapy, as - regardless of health condition - training is only ever carried out up to the muscular limit and never beyond. There is no risk of overloading.
In adaptive training, the execution of the movement is constantly analyzed. This serves as the basis for determining the strength reserves during the training session. Based on the maximum strength, the system adapts the load in real time to the changing performance of the user. The automatic adjustment allows the muscle potential to be fully utilized during a session and thus guarantees maximum effectiveness.
Source: DSSV
Published on: 16 June 2014