Reference infrastructure. Professional RTK devices.
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GIS & utility mapping / GB30 + PROFESSIONAL RTK

RTK GIS mapping and utility inspection solutions

Support repeatable utility mapping and inspection workflows with a known reference source, a rugged field workspace and a clear data-quality procedure.

For: Utility operators, municipal GIS teams and asset-management integrators

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G71M GIS application illustration with map features and an attribute form
Application illustration. QField interface adapted from OPENGIS.ch documentation · CC BY-SA 4.0.
DEPLOYMENT EXAMPLE

Put field attributes and position checks together.

A municipal asset team records valve locations, inspection notes and photographs along a service route. A GB30 reference installation supplies correction data while a rugged RTK tablet presents the map and attribute form. Before data is synchronized, the team checks source identity and positioning quality for each observation.

The operating challenge

A useful asset record needs more than a coordinate. The field application, attribute schema, photographs, reference system and positioning quality must remain connected through capture and handover.

The reference architecture

Use one GB30 local base / Caster for a suitable work area, or distribute independent reference stations across separate districts. Assign an appropriate nearby source to each team; the architecture does not imply automatic nearest-station switching.

GIS & utility mapping / FIELD WORKFLOW

Make the data path
part of the work plan.

  1. 01

    Prepare the GIS project

    Define asset layers, required attributes, coordinate reference system and the field application's supported GNSS input.

  2. 02

    Assign the reference source

    Choose the appropriate GB30 source for the route and confirm correction reception before collecting observations.

  3. 03

    Capture the complete record

    Collect attributes and inspection imagery in the selected GIS application while reviewing positioning and correction status.

  4. 04

    Review and synchronize

    Apply the operator's quality checks and synchronization procedure before records enter the central asset database.

DEVICE SELECTION

Match the field-side equipment.

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Confirm the shipping configuration, field application, receiver access and installation requirements. Robot-side and machine-side receivers may be separate industry equipment.

ACCEPTANCE & HANDOVER

Define what a successful
project trial must show.

  • Correct coordinate reference system and field schema
  • A demonstrated GNSS-to-application data path
  • Complete attributes, imagery and positioning-quality records
  • A tested offline, synchronization and review procedure where needed

Questions for your technical quotation

  1. Which GIS application and data formats must the device support?
  2. Does the crew prioritize portrait capture, landscape maps or a 5G platform?
  3. What local storage, camera and synchronization requirements apply?
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GIS & utility mapping / COMMON QUESTIONS

Plan with clear answers.

Is GIS software included with RTKGO?

RTKGO provides correction-connection and positioning status. GIS capture, asset forms and synchronization depend on the selected application and licensing.

Can G71M be evaluated for a QField workflow?

G71M provides a portrait field workspace. Evaluate the required QField version, project setup and GNSS input method on the shipping device. The application illustration is not a bundled-software or compatibility certification.

What should a utility mapping trial demonstrate?

Demonstrate reference access, coordinate handling, required attributes, imagery, data synchronization and position checks using representative assets and the actual field application.

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