LOCATO provides advanced RTK GNSS technology that makes surveying faster, precise, and reliable, even in challenging environments.
The LOCATO L2 is a breakthrough in RTK surveying innovation.
It integrates laser measurement, dual-camera imaging, and AR-assisted positioning into a single
intelligent device.
Powered by an upgraded IMU and next-generation processing
platform, the LOCATO L2 delivers unmatched stability and
millimeter-level accuracy even in challenging environments.
We bring next-generation positioning to life with RTK GNSS receivers powered by laser, camera, and AR, redefining how the world is measured from the ground up.
GPS, GLONASS, Galileo, NavIC, BDS, SBAS support for pinpoint global accuracy.
Set virtual boundaries and receive instant alerts when the device enters or exits.
Live tracking with sub-second refresh rate powered by 4G LTE connectivity.
Up to 30 days standby with intelligent power management.
One-press panic alert sends location instantly to emergency contacts.
Sensors detect unauthorised removal and trigger immediate notifications.
Review complete movement history with timestamps and speed data.
Rugged design withstands dust, water immersion, and extreme conditions.
High visibility. Fast performance. Field-ready durability.
Engineered for professional surveyors, the LOCATO controller is rugged, powerful, and optimized for outdoor productivity.
IP68
-45°C to +75°C
Up to 15 hours (Rover Mode)
1.8m pole drop survival
GPS, GLONASS, Galileo, NavIC, BDS, SBAS
Millimeter-level precision
Less than 5 seconds
20 Hz
Next-Gen Accuracy. Field-Proven Reliability.
LOCATO integrates multiple advanced technologies to create a fully immensive surveying experience:
Designed For Proffessionals
LOCATO intelligent surveying solutions help field teams capture accurate measurements, reduce site errors, and complete projects faster with reliable real-time data.
The LOCATO L2 has completely transformed our surveying workflow.” We used to deal with frequent manual errors, but with laser integration and AR positioning, both our accuracy and speed have significantly improved. Our overall field productivity is now on a different level.