In various fields such as large ships and marine research, precise 6DoF tracking through optical motion capture systems is used to monitor motion trajectories in real-time, providing high-precision, low latency, strong stability, and easy calibration solutions. For ship launching testing, high-precision dynamic pose information can be captured, providing data analysis on the dynamic position and force situation of the ship, enhancing the accuracy and reliability of the results.

Optimize the number of devices and scenarios, control the large space operation process, easily locate and track single or multiple targets with a 3D motion capture system, record real-time data such as position and speed, improve testing efficiency while reducing costs.

Suitable for various scenarios such as SLAM algorithm verification, flapping wing positioning measurement, AGV car collaborative control, robot positioning, motion analysis, etc. in drone research, with the advantages of high precision and low latency, it meets the application needs of scientific research, teaching, and subject competitions.

High precision is the core of positioning measurement. Our system can capture more accurate positioning data by combining the calibration algorithm with the least prior information. High data rate, low latency, and high precision capture reliable 3D data, achieving accuracy below 20 µ m in ideal environments, ensuring outstanding motion capture performance.

By combining a high sampling frequency of 380fps with real-time image processing algorithms, the delay can be reduced to within 2.6 milliseconds, allowing for precise acquisition of measurement data. Perfectly present the effect for unmanned vehicles/machines and underwater positioning.

A field of view angle of 89 ° x89 ° can achieve seamless coverage of rigid and flexible body tracking areas, increasing space utilization from 50% or even 30% to 100%. Realize a larger range and regional positioning effect.

The system supports a capture range of over 1000 square meters, greatly reducing the limitations of the site area on positioning measurement experiments. With 300+rigid body 6DOF real-time tracking and active cursor marking, large-scale cluster positioning can be achieved. Such as drone clusters, unmanned vehicles/aircraft, quadruped robot collaborative control, etc.

Active cursor marking can autonomously emit light, and compared with traditional passive reflective balls, it has the characteristics of no noise, high brightness, and long tracking distance. It has a wider range of usage scenarios and is suitable for positioning measurement experiments in bright outdoor or water scenes.

CMTracer is derived from the high-precision image processing algorithm and 10000 parameter distortion correction algorithm of the Institute of Automation, Chinese Academy of Sciences. It can track 480 targets with ultra-low latency of 1.9ms, simple function settings, clear Chinese interface, and one click operation. It provides efficient and accurate tracking for multi-target and large scene positioning and tracking.

The system has multiple language SDKs such as C/C++, C #, Python, etc., supporting various software and operating systems such as Matlab, Simulink, Ros, Android, Labview, etc. It can also provide services such as algorithm development and upper layer application software development.

Our self-developed and self-produced optical motion capture system has 100% independent control over parts design, production and manufacturing, sales and service, logistics and distribution. Our professional team provides you with comprehensive technical support and customized services. Including demonstrations of various scenarios and technical interpretations, to help you gain a detailed understanding of product features. In addition, it provides rental services for dozens of animal capture sheds in multiple parts of the country, has a rich action database, and can remotely share and experience experimental systems, which is conducive to breaking space and equipment limitations. 24/7 uninterrupted service, achieving rapid online response within 15 minutes, providing worry free protection for your creations.

Launch a three-month free trial service, upgrade the hardware warranty period, and extend the warranty to ten years, fully ensuring equipment quality and user experience, always putting users at the center, and ensuring user rights.