h/p/cosmos Quasar Treadmill Ergometer
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The h/p/cosmos quasar treadmill series has models suitable for training in high-performance sport and fitness, commercial fitness, school sports, human performance diagnostics, sports sciences, rehabilitation, physiotherapy, cardiac rehab and cardiopulmonary exercise testing.
The treadmill h/p/cosmos quasar has a wide running surface and provides the runner a very good running comfort. The Running Technique of tall Athletes is not compromised. The treadmill can be used in the fields of Sports, professional sports or motion analysis.
The h/p/cosmos quasar has a multitude of upgrade options including, speed, downhill, handrails and software. It is widely used in training, testing sports performers and used with sports science and human performance research.
The h/p/cosmos quasar LT treadmill does not include a user terminal, it has been designed to be used in conjunction with other medical devices such as cardiopulmonary exercise testing systems or ECG. h/p/cosmos sports devices meet the following technical safety standards and legal demands for sports application: CE, IEC EN 60335-1, EN 957-1 and EN 957-6 as well as VDE 0700/0701.
According to EU-provisions it is prohibited to place sports running machines in the medical field.
The h/p/cosmos quasar Med and quasar MED LT are suitable for Medical Applications.
L: 170 cm (5ft 6.9"), B: 65 cm (2ft 1.6")
0 – 25.0 km/h, 0 – 6.9 m/s, 0 – 15.5 mph
0 – 28%, 0 – 15.6°
-28 % – +28 % when using optional reverse belt rotation'
RS232 com1 with 9600 bps including PC-protocol, h/p/cosmos coscom® & printer protocol serial
S, I according to ISO 20957-1
A (high accuracy) according to EN 957-6
Quasar, Quasar LT, Quasar Med, Quasar Med LT, Quasar Med 3P
Can only be shipped to UK and Ireland
The h/p/cosmos quasar, combined with surface EMG (sEMG; Ultium, Noraxon), and pressure distribution measurements (FMD-T, Zebris) is used in this research that finds that this ‘Unilateral non-electric assistive walking device helps neurological and orthopedic patients to improve gait patterns’. Furthermore, it suggests that the tested device,
“may help to improve patients’ functional health status and quality of life.”