Moover Gait
Moover Gait
Moover Gait is the ideal tool for clinicians and specialists interested in objectively monitoring and quantifying the patient's physical state and evaluating the effectiveness of a rehabilitation program. Thanks to the network of inertial sensors worn by the patient, it provides a complete and accurate movement analysis.
Moover Gait
Moover Gait is the ideal tool for clinicians and specialists interested in objectively monitoring and quantifying the patient's physical state and evaluating the effectiveness of a rehabilitation program. Thanks to the network of inertial sensors worn by the patient, it provides a complete and accurate movement analysis.
Moover Gait
Moover Gait is the ideal tool for clinicians and specialists interested in objectively monitoring and quantifying the patient's physical state and evaluating the effectiveness of a rehabilitation program. Thanks to the network of inertial sensors worn by the patient, it provides a complete and accurate movement analysis.
Product features
Wearable
Wireless, non-invasive, without external infrastructures
Accurate
Validated with gold-standard optoelectronic systems
Innovative
Real-time 3D viewing and video synchronization.
Features
Product features
Wearable
Wireless, non-invasive, without external infrastructures
Accurate
Validated with gold-standard optoelectronic systems
Innovative
Real-time 3D viewing and video synchronization.
The Moover Gait introduces a new approach to motion analysis with automatic and detailed reporting of the most important gait parameters. Once the sensors have been positioned on the patient's body, it will be possible to analyze the human path in a practical and objective way.
The Moover Gait introduces a new approach to motion analysis with automatic and detailed reporting of the most important gait parameters. Once the sensors have been positioned on the patient's body, it will be possible to analyze the human path in a practical and objective way.
Freestep the ultimate application for the complete plantar pressure imaging, posture examination and movement analisys
THE sensors (Moover Gait) communicate with Freestep through a proprietary wireless protocol, via a receiver connected to the USB port, which allows synchronization and transmission of high-frequency data (100Hz in real-time).
Available in 5, 7 and 16 sensor versions.
Freestep the ultimate application for the complete plantar pressure imaging, posture examination and movement analisys
THE sensors (Moover Gait) communicate with Freestep through a proprietary wireless protocol, via a receiver connected to the USB port, which allows synchronization and transmission of high-frequency data (100Hz in real-time).
Available in 5, 7 and 16 sensor versions.
Freestep the ultimate application for the complete plantar pressure imaging, posture examination and movement analisys
THE sensors (Moover Gait) communicate with Freestep through a proprietary wireless protocol, via a receiver connected to the USB port, which allows synchronization and transmission of high-frequency data (100Hz in real-time).
Available in 5, 7 and 16 sensor versions.
Analysis parameters
Moover Gait
- Symmetry indices of duration and length of the half step and step
- Symmetry indices of support times during the gait phases
- Symmetry indices of the impact forces of the leg and foot
- Spatial-temporal indices of the steps of the walk (speed, times and lengths)
- Step cadence
- 3D joint angles of the pelvis, hip, knee and ankle
- 3D export of data in BVH
Data acquisitions
By applying 7 small wireless inertial sensors on the lower part of the body (pelvis, thigh, tibia and foot) with a quick coupling and release system it is possible to acquire the walk in a straight line or on a treadmill displaying real-time data on freeStep
Video synchronization
Possibility to acquire the video of the walk synchronized with the 3D analysis
Analysis parameters
Moover Gait
- Symmetry indices of duration and length of the half step and step
- Symmetry indices of support times during the gait phases
- Symmetry indices of the impact forces of the leg and foot
- Spatial-temporal indices of the steps of the walk (speed, times and lengths)
- Step cadence
- 3D joint angles of the pelvis, hip, knee and ankle
- 3D export of data in BVH
Data acquisition
By applying 7 small wireless inertial sensors on the lower part of the body (pelvis, thigh, tibia and foot) with a quick coupling and release system it is possible to acquire the walk in a straight line or on a treadmill displaying real-time data on freeStep
Synchronization
video
Possibility to acquire the video of the walk synchronized with the 3D analysis
Analysis parameters
Moover Gait
- Symmetry indices of duration and length of the half step and step
- Symmetry indices of support times during the gait phases
- Symmetry indices of the impact forces of the leg and foot
- Spatial-temporal indices of the steps of the walk (speed, times and lengths)
- Step cadence
- 3D joint angles of the pelvis, hip, knee and ankle
- 3D export of data in BVH
Acquisition
data
By applying 7 small wireless inertial sensors on the lower part of the body (pelvis, thigh, tibia and foot) with a quick coupling and release system it is possible to acquire the walk in a straight line or on a treadmill displaying real-time data on freeStep
Synchronization
video
Possibility to acquire the video of the walk synchronized with the 3D analysis