10 camera motion analysis system

Manufactured by Vicon Motion Systems

Sourced in United Kingdom

The 10-camera motion analysis system from Vicon Motion Systems is a comprehensive motion capture solution. It utilizes a network of 10 high-quality cameras to accurately track and record the movement of objects and subjects within a defined capture volume. The system provides precise data on the position and orientation of markers placed on the subject or object, enabling detailed analysis of motion and performance.

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Lab products found in correlation

Dual belt instrumented treadmill, by Bertec (1 mentions) Two force platforms, by Bertec (1 mentions) Visual3d, by C-Motion (1 mentions)

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Motion analysis system (3 citations)

3 protocols using 10 camera motion analysis system

3D Foot Motion Capture Protocol

Cited 1 time

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Motion data were captured at 250 Hz using a 10-camera motion analysis system (Vicon Motion Systems Ltd., Oxford, United Kingdom). GRF data were captured synchronously at 1000 Hz. To quantify three-dimensional motions of the foot, five retro-reflective markers (14.0 mm diameter) were placed on the posterior aspect of the calcaneus (CAL), first metatarsal head (MET1), fifth metatarsal head (MET5), tuberosity of the navicular bone (NAV), and lateral side of the Hallux (HLX), as defined elsewhere [33 (link)] (Fig 2A).

Sichting F, & Ebrecht F. (2021). The rise of the longitudinal arch when sitting, standing, and walking: Contributions of the windlass mechanism. PLoS ONE, 16(4), e0249965.

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Marker-Based Motion Capture Protocol

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Motion‐capture markers are small reflective balls that can be attached to the body to record motion. These were attached to the subject's skin using double‐adhesive tape. Rigid clusters of four markers were attached to the skin overlying the T1, T4, T5, T8, T9, T12, L1, and S2 posterior spinous processes, as located by palpation. An additional 69 single markers were placed on the C7, head, sternum and clavicles, and extremities. Marker data was collected with a 10‐camera motion analysis system (Vicon Motion Systems, Oxford, UK) recording at 100 Hz. Marker positions were captured while the participant stood in a neutral upright posture with feet shoulder‐width apart.

Grindle D.M., Mousavi S.J., Allaire B.T., White A.P, & Anderson D.E. (2020). Validity of flexicurve and motion capture for measurements of thoracic kyphosis vs standing radiographic measurements. JOR Spine, 3(3), e1120.

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Kinetic and Kinematic Analysis of Gait

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Marker data was collected using a 10-camera motion analysis system (Vicon Motion Systems; Oxford, UK) sampling at 200 Hz. Analog data was synchronized with a dual-belt instrumented treadmill mounted on two force platforms (Bertec; Columbus, OH, USA) sampling at 1000 Hz. Three-dimensional marker coordinates were reconstructed using Nexus software (Vicon, Oxford Metrics Ltd., Oxford, UK), and in combination with ground reaction force data, were used to compute sagittal plane joint kinetics and kinematics using Visual3D (C-motion, Inc., Germantown, MD, USA). Fifty retro-reflective markers were placed on specific anatomic landmarks based on a modified Plug-In-Gait marker set [14 (link)]. The positions of the joint centers were located relative to the position of markers at the anterior and posterior iliac spine, midpoint between the medial and lateral knee epicondyles and midpoint between the medial and lateral malleoli, respectively.

Christensen J.C., Pelt C.E., Foreman K.B., LaStayo P.C., Anderson A.E., Gililland J.M, & Mizner R.L. (2021). Longitudinal study of knee load avoidant movement behavior after total knee arthroplasty with recommendations for future retraining interventions. The Knee, 30, 90-99.

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