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captuRTK™ TS30

Laser & Vision GNSS Receiver

A new dimension in GNSS with visual SLAM, laser ranging, and point clouds.
A new dimension in GNSS with visual SLAM, laser ranging, and point clouds.
captuRTK™ TS30

Key Advantages at a Glance

2 ~ 4 cm Accuracy of visual positioning and point clouds
50 m Laser ranging distance
3 cm Laser accuracy within 10 m
24/7 TAP global correction service

Core Features for Modern Field Workflows

Capturing and Reconstructing the Site

With captuRTK™ TS30, simply walk through the site and record a video. The system automatically reconstructs high-density point clouds with accurate spatial positioning. Next, users can directly obtain coordinates, distances, angles, topographic maps, and generate DLG, DTM, DEM products.

Visual and Laser in one compact receiver

The front global shutter camera enables accurate visual positioning, while the integrated laser supports long-range measurement up to 50 m. Visual SLAM continuously tracks feature points to provide additional constraints for more reliable pose estimation and positioning performance.

  • Generate a full 3D point cloud from a few minutes of video
  • Capture color point clouds on site
  • Measure distances, angles, and CAD drawings directly on the point cloud
  • Reduce return visits when field details are missed

Stable Laser Ranging

During laser ranging measurement, the front camera continuously captures visual features and evaluates multiple laser samples to intelligently determine the most reliable result. This reduce the impact of hand movement and delivers more stable laser ranging performance.

TwinCam AR Stakeout

With automatic switching between front and bottom cameras at different distances, targets and direction are marked in the live augmented view, improving stakeout efficiency by up to 70%. The integrated laser also enables stakeout in partially obstructed environments.

Built for Real Field Workflows

Land registration workflow with TS30

Capture Reality, Measure Everything

Bring the site back to the office, no need for revisits and rework

Earthwork and volume calculation workflow

Earthwork & Volume Calculation

Generate point clouds on-site for terrain and stockpile calculation

Distant target measurement with TS30

Distant Target Measurement

Measure inaccessible targets safely with visual and laser

AR stakeout workflow with TS30

TwinCam™ AR Stakeout

Use live augmented camera guidance to visually locate points and reduce repeated pole adjustment.

From Field Capture to Office Delivery

Nuwa App and Tersus Geo Office 2 connect field data with office workflows, including JobXML, FXL, WMS service, vector map formats, and CAD/GIS deliverables.

Workflow

01 Field Capture
02 Nuwa App
03 Data Exchange
04 TGO2 / Office
05 CAD / GIS Deliverables

Compatible ecosystem

FieldGenius TcpGPS Makin3D ProStar easyGIS Esri Field Maps Pix4Dcatch

Technical Specifications

Hardware

Dimension Ø134 × 90 mm
Weight approx. 1050 g
Battery 10000 mAh built-in battery
Smart battery power display Supported

Laser & Visual

Laser range 0.05–50 m
Laser safety Class 3R
Distance accuracy 8 mm
Laser measurement accuracy 3 cm within 10 m
Point cloud visual positioning Supported
TwinCam™ AR stakeout Supported

Connectivity

Built-in 1W transceiver UHF Supported
Built-in global 4G module Supported
Data output Wired / wireless
Correction service TAP Service and TAP Fill

Software

Core software Nuwa App and Tersus Geo Office 2
Data formats JobXML / FXL / WMS / vector map formats
Compatible workflows FieldGenius / TcpGPS / Makin3D / ProStar / easyGIS / Esri Field Maps / Pix4Dcatch

Frequently Asked Questions

What makes TS30 different from a traditional GNSS receiver?

TS30 combines RTK positioning with Laser ranging, Visual SLAM point cloud capture, and TwinCam™ AR guidance, turning one receiver into a broader field measurement platform.

How far can the laser measure?

TS30 supports Laser ranging from 0.05 m to 50 m, making it useful for blocked, unsafe, or hard-to-reach targets.

Can TS30 measure unsafe or hard-to-reach targets?

Yes. Laser GNSS and visual workflows are designed to help teams collect measurements without physically approaching certain targets when conditions allow.

What is Visual SLAM used for?

Visual SLAM helps TS30 generate dense point clouds in the project coordinate system, capture richer context, and support direct field measurement on the reconstructed scene.

Which software workflows does TS30 support?

TS30 works with Nuwa App, Tersus Geo Office 2, and compatible ecosystems such as FieldGenius, TcpGPS, Makin3D, ProStar, easyGIS, Esri Field Maps, and Pix4Dcatch.

How does TAP Service help in poor network coverage?

Global TAP Service and TAP Fill help maintain centimeter-level support when field teams work in areas with limited or unstable network coverage.

Ready to Build a Faster Field Workflow with captuRTK™ TS30?

Talk to our team for pricing, demo support, technical evaluation, or distributor cooperation.

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