Fast ambient magnetic field mapping
Collect magnetic data across the operating area and create a maintainable digital field map without installing physical positioning markers throughout the site.
A compact magnetic positioning layer for the robots you already build.
- Absolute positioning using ambient magnetic fields
- Real-time mapping and localization
- Seamless integration with autonomous mobile platforms
A modular absolute reference for changing operating conditions.
Real-time absolute positioning
Output position and orientation at up to 100 Hz, using the magnetic map as an absolute reference without cumulative odometry drift.
Sensor-assisted precision
Combine magnetic positioning with selected assistive sensors when the application requires higher accuracy or additional redundancy.
Day, night and visually degraded operation
Magnetic sensing does not depend on lighting, camera texture or line of sight to external anchors.
Modular mounting
Separate core and sensor-bar components support different vehicle envelopes and project-specific configurations.
Map lifecycle
Support map creation, loading and updating as operating areas change; the automation level depends on product configuration.
Basic Specifications
- Core unit
- 145 × 130 × 45 mmL × W × H
- Magnetometer bar
- 500 × 25 × 25 mmL × W × H
- Total weight
- 950 g
- Weight with magnetometer bar
- 1,250 g
- Positioning accuracy
- Up to 10–15 cm
- Accuracy with assistive sensors
- Up to 5 cm
- Positioning output frequency
- Up to 100 Hz
- Input power
- 12–36 VPeak power approximately 35 W
- Operating temperature
- -20 °C to +50 °C
- Notes
Specifications are subject to configuration and product revision. Contact the team for interface, environmental and validation requirements.
Demo Cases
One sensing layer, demonstrated across distinct mobile platforms and LiDAR-degenerate operating environments.
LiDAR-degenerate scans
MagLoc + Unitree Go2
Long-corridor localization
MagLoc + AgileX Scout Mini
Car-park localization
Demo media reflects specific platform, route and sensor configurations. Performance varies with environment, mounting, map quality, vehicle dynamics and sensor-fusion inputs.
Frequently Asked Questions
Reliability starts with a fit check.
Pricing is configuration- and scope-dependent. Share the robot, environment, current stack, required accuracy and target demo or pilot date.
Tell us where localization breaks down.
Share the platform, environment, current positioning stack and the accuracy or continuity requirement. We will route the conversation to a research collaboration, technical evaluation or pilot scope.