Laser & Photogrammetry GNSS RTK

G3Plus

Enhanced laser-visual fusion GNSS RTK with AR stakeout and photogrammetry support.

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G3Plus

Overview

G3Plus combines high-precision laser measurement with an integrated high-resolution camera, enabling a powerful Laser-Visual Fusion workflow with real-time visual feedback.

Key Features

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Laser-Visual Fusion

Combines laser measurement and visual feedback for accurate targeting in complex conditions.

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Photogrammetry Support

Captures visual data that can be used in photogrammetric field workflows.

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Latest Laser Technology

G3Plus includes Latest Laser Technology for professional surveying workflows.

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AR Stakeout

Uses visual guidance to make stakeout workflows faster and more intuitive.

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Calibration-Free Solution

Reduces setup time because no manual IMU calibration is required before field work.

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Longer Working Distance

G3Plus includes Longer Working Distance for professional surveying workflows.

GeoPulse Product

G3Plus

Enhanced Laser–Visual Fusion GNSS RTK

G3Plus

Overview

The G3Plus seamlessly combines high-precision laser measurement with an integrated high-resolution camera, enabling a powerful Laser-Visual Fusion workflow.

In complex field conditions such as bright sunlight, reflective surfaces or long-distance targets, the camera functions as the system’s eye and delivers real-time visual feedback for accurate and confident targeting.

Key Features

Photogrammetry Support

Photogrammetry Support

Collect images or videos in the field and process them on-site or later in the office to extract accurate coordinates for hard-to-reach or unsafe locations.

Latest Laser Technology

Latest Laser Technology

Laser technology improves precision positioning and roadless surveying when combined with GNSS, IMU and 4G integration.

AR Stakeout

AR Stakeout

Visual positioning overlays design files onto real scenes and supports 360-degree AR stakeout between handheld controller and rover.

Calibration-Free Solution

Calibration-Free Solution

Laser and 120° calibration-free IMU technology extend the G3Plus application range to locations traditional RTK systems cannot reach.

Longer Working Distance

Longer Working Distance

GeoPulse Link internal radio offers a 15km working range and increases field flexibility.

Technical Specifications

Channel1408
GNSS SignalsBDS, GPS, GLONASS, GALILEO, QZSS, SBAS, NavIC(IRNSS), L-band
Data FormatCMR, CMR+, RTCM2.X, RTCM3.X
Data OutputNMEA-0183, RINEX, TXT
Data Updating RateUp to 20Hz
Time to Recapture<1s
Cold Start<40s
Single Point PositioningHorizontal: 1.5m | Vertical: 3.0m
DGPSHorizontal: 0.4m | Vertical: 0.8m
Static AccuracyHorizontal: ±(2.5mm+0.5×10⁻⁶·D) | Vertical: ±(5mm+0.5×10⁻⁶·D)
Laser AccuracyHorizontal: ±(8mm+3mm/m) | Vertical: ±(15mm+3mm/m)
Tilt Compensation≤2cm, tilt angle 60°, up to 120°
IMU Update Frequency200Hz
Bluetooth / Wi‑FiSPP3.0 + BLE5.0 Dual Mode, 802.11 a/b/g/n/ac
CellularLTE FDD B1/2/3/4/5/7/8/12/13/18/19/20/25/26/28, LTE TDD B38/39/40/41, WCDMA, GSM
Storage32GB
Internal Radio410–470MHz, SOUTH, TRIMTALK 450S, TRIMMK III, TRANSEOT, SATEL, GeoPulse LINK
Battery7.2V 6600mAh lithium-ion rechargeable
Operating TimeLaser RTK Rover up to 22 hours, Static up to 40 hours
AR Camera5 Megapixel, large viewing angle, supports live view stakeout
VR Camera5 Megapixel, supports photogrammetry
ProtectionIP68
I/O InterfaceUSB Type‑C, TNC antenna port, SIM card slot, 5-pin LEMO port
Dimensions / Weight125mm × 125mm × 79mm | ≤749g

All specifications are subject to change without notice. Accuracy depends on open sky, multipath conditions, GNSS geometry and atmospheric conditions.