The K-Series defined the past. EZMotion defines the Future.
EZMotion is not just a successor to the K-Series it s a reimagination of what Motion Tracking Systems can be
April 2025, Detroit (USA)
In the footsteps of K-Series...
For years, the Krypton K400 and K600 motion tracking systems originally developed by Metris and later integrated into industrial workflows worldwide have served as the gold standard in 3D and 6DOF (degrees of freedom) measurement. Renowned for their robust performance in automotive, aerospace, biomechanics, and robotics applications, these systems have reliably delivered precision motion data across a wide range of complex scenarios. But today s measurement demands have evolved. Users now require higher data throughput, multi-system scalability, sub-millimeter accuracy, and rapid deployment often in environments with increasing mobility and minimal infrastructure. EZMotion is the answer to those new expectations.
Introducing EZMotion: A New Era of Scalable, High-Precision Motion Tracking
EZMotion represents a generational leap forward in motion tracking technology, combining cutting-edge sensor architecture, advanced processing algorithms, and system modularity into a compact and ruggedized solution. Designed for seamless integration into diverse test setups from high-dynamic vehicle testing to biomechanical motion capture EZMotion delivers unmatched versatility without compromising measurement integrity. Let s explore the key innovations that make EZMotion a true game-changer: EZMotion utilizes next-generation optical tracking sensors with ultra-low noise floor, enhanced dynamic range, and improved signal-to-noise ratio. These sensors enable tracking with sub-millimeter accuracy and consistent performance across wide fields of view, regardless of lighting conditions or surface characteristics. The advanced calibration protocols ensure geometric consistency and eliminate systemic drift over time. Whether you re tracking a single small robotic end-effector or a multi-ton ship propeller system, EZMotion offers scalable tracking volumes from a few cubic centimeters to over 100 cubic meters. Thanks to robust 6DOF processing, users gain full translational and rotational data (X, Y, Z, roll, pitch, yaw) with high angular precision enabling true spatial motion understanding.
Multi-System Networking & Synchronization
EZMotion supports Scalable Multi-System Networking, allowing multiple units to be daisy-chained or wirelessly synchronized to extend coverage and coordinate complex, multi-object motion tracking. This is particularly critical for large-scale vehicle or structural testing environments where synchronized tracking of multiple components is essential. Using advanced time-stamping and synchronization protocols (e.g., PTP, GPS), measurements across systems remain temporally aligned to the microsecond level. Engineered for real-time interaction, EZMotion supports continuous live streaming of measurement data through industry-standard protocols (e.g., UDP, TCP IP, CAN, EtherCAT). This facilitates immediate system control adjustments or motion correction in closed-loop systems. EZMotion s adaptive feedback capability enables integration with real-time simulation platforms and test benches, improving the fidelity of control systems and HMI feedback loops. EZMotion isn t just a successor to the K-series it s a reimagination of what motion tracking systems can be. From industrial R&D labs and biomechanics centers to mobile automotive test sites and aerospace hangars, EZMotion delivers superior flexibility, precision, and integration capabilities. Where the Krypton K600 was a reliable workhorse, EZMotion is a high-performance, future-ready platform one designed to scale with the increasing demands of digital twin modeling, automation, and innovation. If your organization is still relying on legacy systems, it s time to unlock the next level. EZMotion brings not only backward compatibility but also forward scalability future-proofing your measurement workflows and unlocking entirely new capabilities. EZMotion The Future Is in Motion.
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