Moover ™

Moover ™

Moover ™ is a miniaturized sensor capable of measuring movements, accelerations and rotations in space.
Its application in the scientific field allows the evaluation of cervical and articular ROMs. 

Moover ™

Moover ™ is a miniaturized sensor capable of measuring movements, accelerations and rotations in space.
Its application in the scientific field allows the evaluation of cervical and articular ROMs. 

Moover ™

Moover ™ is a miniaturized sensor capable of measuring movements, accelerations and rotations in space.
Its application in the scientific field allows the evaluation of cervical and articular ROMs. 

Product features

Wireless

The evaluation of joint ROMs takes place without cables that could get in the way.

Wearable

On the head or on the lower limbs, to evaluate strength and power with Jump tests.

Light

Its low weight is not an impediment when carrying out tests.

Features

Product features

Wireless

The evaluation of joint ROMs takes place without cables that could get in the way.

Wearable

On the head or on the lower limbs, for goniometric evaluation of the joints

Light

Its low weight is not an impediment when carrying out tests.

Photo gallery

Photo gallery

The Moover sensor communicates with Freestep through a Bluetooth 2.0 4.0 protocol, acquiring high frequency data (up to 1KHz).

The Moover sensor communicates with Freestep through a Bluetooth 2.0 4.0 protocol, acquiring high frequency data (up to 1KHz).

freeStep, the application for the complete biomechanical analysis
of human movement

The system is managed through the freeStep software for Windows. The software, extremely easy to use, in addition to displaying the recorded results, provides indications relating to normal values and produces an automatic report of the exam. Moover ™ is ultra-compact, wireless, high-precision with considerable autonomy of battery operation. Thanks to our inertial sensor, doctors and posture and rehabilitation professionals can finally find a unique ally for the evaluation of joint roms.

 

freeStep, the application for the complete biomechanical analysis
of human movement

The system is managed through the freeStep software for Windows. The software, extremely easy to use, in addition to displaying the recorded results, provides indications relating to normal values and produces an automatic report of the exam. Moover ™ is ultra-compact, wireless, high-precision with considerable autonomy of battery operation. Thanks to our inertial sensor, doctors and posture and rehabilitation professionals can finally find a unique ally for the evaluation of joint roms.

 

freeStep, the application for the complete biomechanical analysis
of human movement

The system is managed through the freeStep software for Windows. The software, extremely easy to use, in addition to displaying the recorded results, provides indications relating to normal values and produces an automatic report of the exam. Moover ™ is ultra-compact, wireless, high-precision with considerable autonomy of battery operation. Thanks to our inertial sensor, doctors and posture and rehabilitation professionals can finally find a unique ally for the evaluation of joint roms.

 

Moover analysis
parameters

  • Cervical rotation, inclination and flexion-extension
  • Flexion-extension, vertical and horizontal ab-adduction of the shoulder
  • Flexion-extension and pronation-supination of the wrist
  • Dorsal rotation, inclination and flexion-extension
  • Flexion-extension, ab-adduction, hip rotation
  • Knee flexion-extension
  • Inversion-eversion, dorsal and plantar flexion of the ankle

Acquisition
data

Quick application, positioning the single sensor on an elastic band in the following seven anatomical segments following the guided analysis protocols present in the software:

  • Cervical 
  • Shoulder
  • Wrist
  • Back
  • Hip
  • Knee
  • Ankle

Moover analysis
parameters

  • Cervical rotation, inclination and flexion-extension
  • Flexion-extension, vertical and horizontal ab-adduction of the shoulder
  • Flexion-extension and pronation-supination of the wrist
  • Dorsal rotation, inclination and flexion-extension
  • Flexion-extension, ab-adduction, hip rotation
  • Knee flexion-extension
  • Inversion-eversion, dorsal and plantar flexion of the ankle

Acquisition
data

Quick application, positioning the single sensor on an elastic band in the following seven anatomical segments following the guided analysis protocols present in the software:

  • Cervical 
  • Shoulder
  • Wrist
  • Back
  • Hip
  • Knee
  • Ankle

Moover analysis
parameters

  • Cervical rotation, inclination and flexion-extension
  • Flexion-extension, vertical and horizontal ab-adduction of the shoulder
  • Flexion-extension and pronation-supination of the wrist
  • Dorsal rotation, inclination and flexion-extension
  • Flexion-extension, ab-adduction, hip rotation
  • Knee flexion-extension
  • Inversion-eversion, dorsal and plantar flexion of the ankle

Acquisition
data

Quick application, positioning the single sensor on an elastic band in the following seven anatomical segments following the guided analysis protocols present in the software:

  • Cervical 
  • Shoulder
  • Wrist
  • Back
  • Hip
  • Knee
  • Ankle