Xsens Link (Next Generation) Full MoCap System

Next-Generation Professional Motion Capture The Xsens Link – Next Generation is the complete evolution of Xsens’ flagship inertial motion capture platform. Engineered for sports performance, rehabilitation, biomechanics research, robotics, and animation, the new Link introduces a redesigned eSuit, MTX3 sensor platform, faster connectivity, and streamlined workflow. With Wi-Fi 6E streaming, on-body recording, hot-swappable power, and improved sensor stabilization, Xsens Link delivers clean, high-fidelity motion data in both controlled lab settings and demanding field environments. Purpose-Built for Real-World Performance Link NG maintains accuracy during explosive movement, high-speed actions, and extended multi-athlete capture sessions. Trusted by universities, sports science centers, robotics labs, and elite teams, it bridges research-grade kinematics with operational efficiency. Features 50% Faster Setup with the Redesigned eSuit The new eSuit features: Integrated, machine-washable cabling One-click sensor connectors built directly into the suit Improved ventilation and comfort for long-duration captures Predefined sensor positions for repeatable alignment This updated design reduces setup time by up to 50%, allowing researchers and practitioners to start capturing motion in minutes. Next-Generation MTX3 Sensors 18 IMUs: 17 body sensors + 1 prop sensor 9DOF sensors with 800 Hz internal sampling Up to 240 Hz output streaming Improved data stability during high-intensity or explosive movement Fully interchangeable between suits for simplified maintenance Advanced Xsens Hub with Wi-Fi 6E and Internal Storage The redesigned hub delivers: Wi-Fi 6E (2.4 / 5 / 6 GHz) connectivity USB-C OTG Ethernet for wired capture 50 hours of internal storage for on-body recording 4-hour internal battery for standalone operation Triple LED array + voice prompts for instant system feedback User Color ID mode for multi-athlete environments Hot-Swappable Power System The hub includes a built-in internal battery that keeps the system active while external batteries are swapped, allowing continuous, interruption-free capture during long sessions. Rugged Pelican Case & Pro Accessories A custom Pelican case with foam layout keeps the system secure and organized. QR-coded labels and preassembled components ensure every kit arrives ready for immediate use. Technical Specifications Performance Update rate: Up to 240 Hz On-body recording: 50 hours of internal storage Latency: ~20 ms Wireless range: up to 150 m with the included access point Sensors (MTX3 IMUs) 9DOF: accelerometer, gyroscope, magnetometer Internal sampling: 800 Hz Ranges: ±16 g, ±2000°/s Wired harness bus connector Interchangeable sensor modules Connectivity Wi-Fi 6E (2.4 / 5 / 6 GHz) USB-C OTG Ethernet for high-stability wired capture USB-C PD charging (33W) Power Internal battery: 3–4 hours External hot-swappable battery: 7–8 hours Environmental & Compliance Operating temperature: 0 – 50°C Sensors designed for IP68 protection when docked Hub rated for IP44 CE, FCC, UKCA certified Software Compatibility Xsens Analyze (biomechanics / research) Xsens Animate (animation / realtime pipeline) Xsens Humanoids (robotics) Finger tracking: compatible with Xsens Metagloves by Manus and StretchSense In the Box Xsens Hub (Wi-Fi 6E, internal storage, internal battery) Next-Generation eSuit (choose S, M, L, XL, XXL) 18× MTX3 sensors (17 body + 1 prop) External hot-swappable battery pack Wi-Fi 6E access point Headband, footpads, and gloves USB-C PD charger + cables Segmometer measurement tool Quick-start leaflet + washing bag Rugged Pelican carrying case with custom foam Use Cases Sports Science & Performance Labs Biomechanics, sprint analysis, return-to-play assessments, fatigue tracking, and real-world athlete monitoring. Rehabilitation & Clinical Research Gait analysis, mobility tracking, asymmetry studies, range-of-motion measurement, and longitudinal recovery data. Universities & Biomechanics Institutes Research requiring high-fidelity kinematic data, multi-subject consistency, long-term studies, and cross-environment datasets. Robotics & Digital Human Modeling Humanoid robot training, digital twins, motion-learning datasets, and realtime avatar control. Animation & Virtual Production High-accuracy full-body motion capture for realtime engines and production pipelines. FAQ How much faster is the setup with the Next-Gen Xsens Link? The redesigned eSuit cuts setup time by up to 50% thanks to integrated cabling and one-click sensor connectors. How do I wash the Xsens Link eSuit? Remove all sensors and the hub. Place the suit in the included washing bag and use a 30°C delicate cycle with liquid detergent. Do not bleach, tumble dry, or iron—drip-dry flat. Are the connectors and sensors durable? Yes. The one-click connectors are designed for repeated daily use and maintain alignment and secure attachment over time. Can I swap batteries during a session? Yes. The hub supports hot-swappable external batteries and has an internal battery to keep the system running during the change. Is the hub compatible with future updates? Yes. It includes reserved hardware features for upcoming additions such as remote OBR, timecode sync, and accessory expansion. Can I use only upper or lower body configurations? Yes. The system supports modular setups allowing upper-body or lower-body capture without full sensor deployment. Can the system operate without an external battery? Yes. The hub includes a built-in internal battery for short sessions or wired use. What sizes are available? S, M, L, XL, and XXL — all priced the same. What’s New in Next-Gen Major Improvements Over the Previous Generation New breathable eSuit with integrated harness Wi-Fi 6E wireless streaming USB-C OTG Ethernet for wired capture 50 hours internal on-body recording Internal battery + hot-swappable external power Interchangeable MTX3 sensors Advanced LED + voice feedback system Improved sensor stabilization for explosive movement Rugged, carry-on Pelican case with new layout Not Yet Available (Planned Updates) Remote On-Body Recording control Soft Access Point mode (Hub-based Wi-Fi) Multi-prop sensor support Strap-based Link configuration Timecode/LTC sync activation