Motion Analysis Software for Precise Event Tracking

Capture and analyze high-speed impacts with exceptional accuracy to understand shockwave propagation, projectile behavior, and material response. Engineers and researchers use these insights to design safer protective equipment, optimize ballistic materials, and develop new defense technologies. 

Study vehicle dynamics, crash scenarios, and component performance to improve safety systems, structural integrity, and overall vehicle behavior. The software’s ability to track fast-moving components helps refine engineering models, validate simulations, and ensure compliance with stringent safety standards. 

Analyze complex motions such as running gait, jump mechanics, and joint articulation to enhance athletic training and performance optimization. Coaches, physiotherapists, and sports scientists leverage the software’s accurate motion tracking to prevent injuries, tailor exercises, and monitor recovery with data-driven feedback. 

Support academic and industrial research by capturing detailed insights into motion patterns, interactions, and dynamic systems across a variety of test conditions. Whether studying fluid turbulence, structural vibrations, or mechanical oscillations, researchers rely on high-fidelity tracking to validate hypotheses and explore new innovations. 

TEMA Pro and TEMA Classic from Image Systems are advanced motion analysis software packages engineered for precision tracking, accurate measurement, and flexible data processing in high-speed and dynamic testing environments. Both versions are optimized for capturing complex motions with sub-pixel accuracy using non-invasive, markerless tracking methods, making them suitable for applications that require automated, high-fidelity motion analysis.

At their core, TEMA Pro and TEMA Classic utilize a robust set of algorithms, including cross-correlation, normalized grey-level tracking, and adaptive pattern recognition. These tools enable users to track objects, contours, and dynamic reference points with high accuracy, even in scenes with variable lighting, noise, or occlusions.

Both packages support comprehensive 2D and 3D motion tracking workflows, incorporating dynamic coordinate systems, perspective correction, and geometrical transformations. Users can define regions of interest, automatically detect features, and apply advanced smoothing and filtering techniques to enhance measurement precision. Real-time data visualization and export capabilities ensure seamless integration with downstream analysis tools.

TEMA Classic is tailored for essential tracking needs, offering an efficient and reliable toolset for standard industrial and scientific experiments. It provides optimized algorithms for motion detection, object tracking, and event timing, supporting applications such as impact testing, dynamic load analysis, and high-speed object tracking with minimal setup complexity.

TEMA Pro expands the capabilities of TEMA Classic by offering additional modules and advanced tracking strategies for more intricate analyses. It includes enhanced tracking filters, extended geometric calibration tools, and support for multi-camera stereo configurations, allowing users to perform sophisticated 3D motion reconstruction and high-accuracy measurement in complex environments.

Both versions provide flexible output formats, customizable scripting, and automated reporting, empowering engineers and researchers to configure workflows that meet specific experimental requirements. Whether used in lab-based research or demanding industrial applications, TEMA Pro and TEMA Classic deliver consistent, reproducible, and high-resolution motion data.

TrackEye from Image Systems offers a suite of highly accurate motion tracking and position analysis tools designed for extreme environments and specialized research applications. Built to support critical operations in defense testing, aerospace, ballistics, and industrial monitoring, TrackEye combines robust algorithms, adaptive calibration, and multi-sensor integration to deliver real-time, high-fidelity motion data.

At its core, TrackEye enables full 3D and 6DoF analysis with subpixel accuracy, allowing users to measure complex movements, orientation angles, and spatial relationships even under challenging conditions such as high-speed projectile launches or fragmentation tests. The software’s advanced error-correction algorithms and dynamic tracking capabilities ensure consistent accuracy across varying distances and motion profiles.

TrackEye 6DoF specializes in analyzing the motion of rigid bodies—such as rockets or stores released from aircraft—by calculating both position and orientation using advanced calibration routines and dynamic camera orientation correction. By integrating CAD models, reference points, and live data from wide-angle or fisheye lenses, it achieves attitude angle measurements with less than one degree of error, setting the global standard for airborne and range-based tracking.

TrackEye Arena offers tailored solutions for fragmentation analysis where traditional multi-camera setups are impractical. Using one or more calibrated panels and high-speed imaging, it automatically detects particle impacts, calculates 3D locations, and provides statistics on velocity, dispersion, and impact shape. Its algorithms are trusted for defense research and explosive testing worldwide.

TrackEye Tracking Mount supports long-range tracking up to several kilometres, combining image tracking, radar data, and environmental corrections to achieve ultra-wide range monitoring with exceptional angular accuracy. With built-in validation algorithms and flexible coordinate transformations, it is ideal for missile tracking, projectile analysis, and geospatial measurements where precision is paramount.
 

Whether monitoring high-speed launches, analysing debris dispersion, or validating complex motion in field tests, TrackEye provides engineers and researchers with a complete, scalable platform for precise motion analysis, robust data acquisition, and actionable insights in some of the World’s most demanding environments.