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<1cm Precision | Mission-Critical Tracking
Military-grade positioning technology delivers sub-centimeter accuracy for robotics, AGVs,
and mission-critical applications.
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Technical Specifications
Engineered for performance, designed for reliability.
How Precision Based RTLS works.
Advanced engineering meets practical deployment.
Precision Calibration
Each anchor surveyed and calibrated to millimeter accuracy.
Environmental Compensation
Real-time adjustments for temperature, humidity, and pressure.
Multi-Path Mitigation
Advanced algorithms eliminate signal reflections that degrade accuracy.
Measurable impact.
Real-world deployments.
See how leading organizations use Sub-Centimeter RTLS.
Autonomous Robotics
Enable precise navigation and manipulation for industrial robots and AGVs.
Quality Control
Verify component placement and assembly accuracy in manufacturing.
Research & Development
Support advanced research requiring millimeter-level position accuracy.
Semiconductor Fab
Track wafers and equipment with precision required for chip manufacturing.
Aerospace Assembly
Ensure precise positioning for aircraft component assembly and inspection.
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your operations?
Discover how Sub-Centimeter RTLS can deliver unprecedented accuracy and
efficiency for your business.
Frequently Asked Questions
Everything you need to know about Precision based RTLS
The most accurate RTLS solutions achieve sub-centimeter precision using ultra-wideband (UWB) technology, advanced calibration, and real-time compensation algorithms. LocaXion’s precision-based RTLS delivers millimeter-level accuracy even in complex industrial environments.
Safety standards recommend maintaining at least 0.5 to 1 meter of clearance around an active AGV. With real-time RTLS tracking, geofencing alerts can automatically enforce safe distances between humans and moving robots.
AGVs use a combination of RTLS positioning, onboard sensors, and mapping algorithms to follow predefined routes and adjust dynamically to obstacles, ensuring efficient and collision-free movement.
Robots receive navigation data through an integrated control system connected to the RTLS network. The system continuously updates their position and guides route adjustments in real time.
Precision-based RTLS combines UWB signal processing, anchor calibration, and environmental compensation to maintain exceptional RTLS accuracy. Every movement is measured in millimeters, not centimeters.
RTLS precise location depends on correct anchor placement, calibration quality, and mitigation of signal reflections from metal or high-density materials. Environmental tuning helps maintain stable precision tracking.
High-precision RTLS tracking ensures synchronized movements of robots, AGVs, and tools. By providing precise location tracking, it reduces collisions, improves workflow efficiency, and supports advanced automation.