eRTK30 VISUAL GNSS RECEIVER WITH DUAL-CAMERA TECHNOLOGY

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eRTK30

VISUAL GNSS RECEIVER WITH DUAL-CAMERA TECHNOLOGY

The eSurvey eRTK30 GNSS receiver integrates with dual-camera technology for more applications. Its visual survey technology enables you to measure the point without physically reaching the point. That gives you flexibility in the field and maximises productivity in your projects. It supports immersive 3D stakeout and helps you do stakeout faster and improves your working efficiency. The eRTK30 is a perfect choice for diverse surveying applications.

Overview

Visual Survey: Measuring What You See

Visual survey technology provides accurate positioning coordinates from images and videos captured in seconds. Measure what you see, get the coordinates of previously unreachable and signal-blocked points.

CAD AR Stakeout: Improved Efficiency

eRTK30 offers an immersive, intuitive perspective of the site to implement the stakeout. CAD drawings are directly marked on the interface, thus there is no need to choose each point individually. The CAD AR stakeout is a highly effective tool for optimizing stakeout operations and simplifying complex construction tasks in a variety of construction scenarios.

Multi-constellation and Multi-frequency

With 800 channels of GNSS tracking,it provides stable and reliable accuracy. All GNSS signals come with the standard including GPS, BDS, GLONASS, Galileo, QZSS NavIC, SBAS and L-Band.

Web UI

It allows users to view position status, set up working mode, download data, and update firmware from the Web user interface with any smart phone, tablet, or PC.

Max 60° Tilt Survey: A Different Way of Working

(1) Quickly measure accurate points while standing or walking without leveling the pole.

(2) Concentrate on where the pole tip needs to go, which is especially useful during a stakeout.

(3) Easily start a survey in environments that are hard to reach, such as building corners and slopes.

(4) No longer worry about the movement of the pole when measuring, provided that the pole tip is stationary.