2pcs Optical Sensor Tracking Dots for Motion Capture, Measurement Calibration, Electronics Testing - 14mm Reflective Sphere Markers for Positioning

DescriptionThis set of reflective sphere tracking tools features a practical sturdy tape base for swift attachment and stable positioning, catering to optical tracker calibration needs in games development or animation previsualization. The linear reflective spot markers improve spatial logic to minimize recognition errors in complex multi-marker environments.Features-Color:Multi-Material:Polyester-Size:5.90X2.30X2.00cm/2.32X0.91X0.79in-HighFidelity Motion Capture: Advanced reflective dot cross markers and optical motion markers keep ultraprecise tracking, enhancing motion capture for lifelike animation-Infrared Reflective Technology: Utilizes infrared optical marker materials to maximize tracking efficiency with popular motion capture tracking ball markers and reflective tracking accessories-UserFriendly Design: The base enables fast and secure placement of optical reflective tracking balls, increasing operational speed during pre-capture setups and reducing sensor marker misplacement-Optimized Spatial Logic: The linear structure of the marker dots for sensors improves tracking system accuracy, reducing marker confusion and maximizing the performance of reflective locator dots-Widely Applicable Tool: Serves as a key component positioning marker in film, sports, and VR, offering reliable calibration reference spots for professionals in electronic alignment and data collection fields

• HighFidelity Motion Capture: Advanced reflective dot cross markers and optical motion markers keep ultraprecise tracking, enhancing motion capture for lifelike animation
• Infrared Reflective Technology: Utilizes infrared optical marker materials to maximize tracking efficiency with popular motion capture tracking ball markers and reflective tracking accessories
• UserFriendly Design: The base enables fast and secure placement of optical reflective tracking balls, increasing operational speed during pre-capture setups and reducing sensor marker misplacement
• Optimized Spatial Logic: The linear structure of the marker dots for sensors improves tracking system accuracy, reducing marker confusion and maximizing the performance of reflective locator dots
• Widely Applicable Tool: Serves as a key component positioning marker in film, sports, and VR, offering reliable calibration reference spots for professionals in electronic alignment and data collection fields