EquipmentAvailable
Optical Tracker
University of Alberta
Overview: The Primex 260 is an advanced optical motion tracking system designed for capturing high-precision 3D positions and orientations of multiple markers, ideal for biomechanics analysis, virtual reality integration, and real-time motion capture in robotics.
Key Features:
- High-resolution 26 MP sensor
- Industry-leading 3D accuracy of +/- 0.05 mm
- Long-range performance up to 91 meters
- Fast native frame rate of 150 FPS
- Powerful on-board image processing
- Customizable LED indicators for status updates
Technical Specifications:
- capacity: 26 MP
- accuracy: +/- 0.05 mm
- precision: 0.037 mm mean displacement error
- range: 91 m
- speed: 150 FPS native, 1000 FPS max
- power: PoE++
- dimensions: 6.61 in x 5.7 in x 5.96 lbs
Applications: Essential for biomechanics analysis, virtual reality integration, and real-time motion capture in robotics.
iSMART Institute
Research lab focused on advancing scientific knowledge and innovation.
II
ISmart Institute
Faculty of Science
University of Alberta
EquipmentAvailable
Optical Tracker
University of Alberta
Overview: The Primex 260 is an advanced optical motion tracking system designed for capturing high-precision 3D positions and orientations of multiple markers, ideal for biomechanics analysis, virtual reality integration, and real-time motion capture in robotics.
Key Features:
- High-resolution 26 MP sensor
- Industry-leading 3D accuracy of +/- 0.05 mm
- Long-range performance up to 91 meters
- Fast native frame rate of 150 FPS
- Powerful on-board image processing
- Customizable LED indicators for status updates
Technical Specifications:
- capacity: 26 MP
- accuracy: +/- 0.05 mm
- precision: 0.037 mm mean displacement error
- range: 91 m
- speed: 150 FPS native, 1000 FPS max
- power: PoE++
- dimensions: 6.61 in x 5.7 in x 5.96 lbs
Applications: Essential for biomechanics analysis, virtual reality integration, and real-time motion capture in robotics.
iSMART Institute
Research lab focused on advancing scientific knowledge and innovation.
II
ISmart Institute
Faculty of Science
University of Alberta
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