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6-Star 24-Freq Flagship
G6 receiver perspective view one

Product Angles

Perspective 01

Use the image gallery to inspect the G6 housing, front controls, and field-ready exterior.

G6

A field GNSS receiver with 1688 channels, multi-constellation tracking, super inertial navigation, and 18h battery for centimeter-level accuracy in any environment.

A single receiver platform for teams that need to balance cost, mobility, and signal resilience across different survey environments.

Tracking Channels

1688

RTK Accuracy

8mm+1ppm

Battery Life

18h

1688 Channels6-Star 24-FreqSuper IMU 200HzH: 8mm+1ppmV: 15mm+1ppm18h Battery

Overview

G6 is positioned around two practical field workflows. In areas with stable 4G coverage, teams can work in single-rover mode with a CORS account for lightweight deployment. When projects shift to mountainous corridors, highways, or long-term control work, the same platform can be switched into a 1+1 base-rover setup to keep corrections stable and fully self-owned.

Field Snapshot

Satellites / Frequencies
BDS, GPS, GLONASS, Galileo, QZSS, RNSS, SBAS (6-star 24-freq)
Tracking Channels
1688
Static Accuracy
Plane 2.5mm+1ppm / Elevation 5mm+1ppm
RTK Accuracy
Plane 8mm+1ppm / Elevation 15mm+1ppm
Init Time
< 3 s
Battery Life
> 18 h

Two Working Modes

G6 is designed to switch between lightweight CORS jobs and fully independent base-rover deployments.

Single-Rover Mode

Rover + CORS account for centimeter-level positioning

  • Lower cost and lighter field setup
  • Wide signal coverage in areas with stable 4G service
  • No local base station deployment required

Best for

Short-term projects and areas with dependable 4G signal

1+1 Mode

Base station + rover for centimeter-level positioning

  • One-time purchase with permanent self-owned use
  • More stable signal behavior in weak-signal zones
  • Better fit for repeat work and difficult terrain

Best for

Long-term survey projects, mountain regions, and highway corridors

Why Teams Choose It

Start quickly with a single-rover CORS workflow when mobile coverage is stable.

Switch to a base-rover deployment when projects need stable corrections beyond dependable 4G zones.

Keep one product platform across short-term, long-term, and harsh-environment projects.

Maintain the same RTK accuracy target in both working modes.

Fits survey teams that need to control both upfront cost and long-term equipment ownership.

Built around familiar field hardware such as controller, pole, tripod, and radio accessories.

Typical Deployment Setups

The following setups are based on the supplied operating-mode reference and keep the discussion grounded in the current sales material.

Single-rover setup: GNSS host, handheld controller, carbon pole, and CORS account.
1+1 setup: base host, rover host, extension rod, radio, tripod, transmitting antenna, receiving antenna, controller, and carbon pole.
External power or battery pack can be configured to match the project duration and local setup plan.