South NS30 Robotic Total Station for Surveying and Layout

This product is Available

Contact our experts for the best possible price and configuration.

🎁
Limited-time offer Free 1-year RTK license included with every LiDAR or GNSS purchase.

The South NS30 is a robotic total station for one-person surveying, construction layout, engineering set-out and monitoring work. With 1″ angular accuracy, long-range EDM, Prism Search, Auto Prism Recognition, LocknTRack target tracking and Survey Star onboard software, it helps field crews measure and stake out points efficiently from the instrument or a compatible controller.

South NS30 Highlights

Instrument type Robotic total station
Angular accuracy 1″
Measuring range 3500 m with prism / 1000 m reflectorless
Robotic functions Prism Search, Auto Prism Recognition and LocknTRack
Remote control Zigbee long-range control up to 450 m
Software Survey Star onboard and Survey Star Pilot compatible

Why choose Global GPS Systems?
European support & worldwide delivery
Worldwide shipping from the Netherlands
100% insured shipping against loss or damage
Import, export, tax and duties support
Expert support from product specialists
Buyer protection and warranty included
Speak with a specialist +31 035 205 7939
Global GPS Systems
Independently verified
4.73 store rating (575 reviews) | 4.68 product rating

Valued customers: 

Find RTK Networks

Search NTRIP providers and connect to reliable RTK correction services.

Search providers
Description

South NS30 Robotic Total Station for Surveying and Construction Layout

The South NS30 is a robotic total station designed for surveyors, construction professionals, engineers and layout crews who need accurate angle and distance measurement with a more efficient one-person workflow. It combines 1″ angular accuracy, long-range EDM, motorised rotation, automatic prism functions and practical field software in one instrument.

For daily fieldwork, the NS30 is built to reduce time spent manually aiming the instrument. The total station can search for a prism, recognise it automatically and follow the target while the operator moves with the prism pole. This makes it useful for construction layout, topographic surveys, engineering set-out, road works, bridges, tunnels, monitoring and other projects where repeatable measurements and efficient stake-out are important.

Robotic workflow for one-person crews

The South NS30 supports a modern robotic total station workflow. Instead of keeping one person at the instrument and another at the prism, the operator can work from the prism pole using a compatible controller. The instrument uses Prism Search to help locate the prism, Auto Prism Recognition to aim at the prism centre and LocknTRack to continue following the moving target.

In practical site conditions, this helps when staking many points across a building site, checking positions against design data or collecting points where the operator needs to move quickly between locations. The DC servo motor and fast rotation speed help the instrument respond during search, re-aiming and face-change routines.

Accurate distance measurement for field and site work

The NS30 offers a prism measuring range up to 3500 m and reflectorless measurement up to 1000 m. Prism accuracy is specified at ±(1 mm + 1 ppm × D), making the instrument suitable for precise survey and construction measurement tasks. Reflectorless measurement is useful when a prism cannot easily be placed on the target, such as façades, structures, stockpiles, inaccessible points or quick checks on site features.

For construction teams, this means the same instrument can be used for both high-accuracy prism work and fast non-prism measurements. Surveyors can use it for control, detail work and set-out, while engineers and contractors can use it to check positions, alignments and elevations during different phases of a project.

Survey Star software and CAD stake-out

The South NS30 includes Survey Star onboard software, giving users direct access to common total station tasks such as job setup, station setup, point measurement, stake-out and data management. The 5-inch colour touchscreen and Android 11 system make the workflow easier to follow for crews moving from manual total stations to robotic operation.

For layout work, the NS30 supports CAD-based workflows with DWG and DXF files. This allows field users to work from design data instead of manually preparing every individual layout point before going to site. It is especially useful for building layout, road works, utilities, pile positions, structural lines and other jobs where design geometry needs to be transferred accurately to the field.

Controller based operation with Survey Star Pilot

Survey Star Pilot can be used with a compatible South controller for flexible remote operation. With Zigbee long-range control up to 450 m, the operator can control the robotic total station from the prism pole, collect points and perform stake-out without constantly returning to the instrument.

This setup is useful for small survey teams, construction layout crews and contractors who want to reduce manpower on repetitive set-out tasks. It also helps on larger sites where the operator needs to move around machinery, materials, structures or changing work areas while keeping control of the measurement workflow.

Built for professional site environments

The NS30 is designed for professional outdoor use with IP54 protection, a working temperature range from -20°C to +50°C and a rechargeable 5400 mAh Li-ion battery. Communication options include Bluetooth 5.1, RS-232, 2.4G/5G WiFi, Micro SIM support and Type-C storage options, helping the instrument fit into modern field data workflows.

Although the South NS30 is not a GNSS receiver, it works well alongside RTK GNSS equipment on mixed survey projects. GNSS is often used for open-sky control and fast positioning, while the robotic total station is used for high-precision line-of-sight measurement, work near buildings, obstructed areas and detailed construction layout.

Who is the South NS30 for?

The South NS30 is a strong fit for professional users who need accurate robotic measurement without overcomplicating the field workflow. It is suitable for land surveyors, construction layout teams, civil engineering contractors, road and rail crews, monitoring specialists and companies that regularly work with design data in the field.

  • Surveyors who need reliable robotic tracking for one-person measurement
  • Construction crews staking out points, lines, piles and structural elements
  • Engineers checking alignments, levels, façades and built positions
  • Field teams combining total station work with RTK GNSS workflows

Buying the South NS30 from Global GPS Systems

Global GPS Systems supplies surveying and construction equipment to professionals worldwide. When choosing the South NS30, buyers can get help comparing it with other total stations, GNSS receivers, controllers, prisms, tripods and field software so the full setup matches the work being done on site.

For crews that need a practical robotic total station for accurate layout, survey and engineering measurement, the South NS30 offers a capable combination of robotic tracking, CAD stake-out, onboard software and long-range field operation.

Datasheets & Manuals
Specifications

South NS30 Specifications

Product Overview

Product Name South NS30
Product Type Robotic total station
Primary Use One-person surveying, construction layout, engineering set-out, topographic surveying, monitoring, road and rail work, bridge and tunnel surveying, CAD-based stake-out
Operating Workflow Robotic one-man total station workflow with prism search, auto prism recognition, LocknTRack target tracking and remote controller operation
Onboard Software Survey Star onboard software
Controller Software Compatibility Survey Star Pilot for remote controller-based operation
Compatible Controller H6 Plus Controller referenced for full robotic remote operation

Angle Measurement

Angular Accuracy 1″
Angle Measurement Method Absolute, continuous, 4-path detective
Encoder Disk Diameter 79 mm
Minimum Angle Reading 1″ / 0.1″
Compensator Type Dual-axis, liquid photoelectric
Compensator Range ±1′
Compensator Accuracy 1″

Distance Measurement

EDM Laser Class Class 3R
Prism Measuring Range Up to 3500 m
Reflectorless Measuring Range Up to 1000 m
Prism Distance Accuracy ±(1 mm + 1 ppm × D)
Reflectorless Accuracy, D < 500 m ±(2 mm + 2 ppm × D)
Reflectorless Accuracy, D > 500 m ±(5 mm + 2 ppm × D)
Prism Measuring Time Fine: 0.3 s / Tracking: 0.1 s
Reflectorless Measuring Time 0.3–3 s
Minimum Distance Reading 1 mm / 0.1 mm
Reflectorless Reference Condition Specified with Kodak Gray Card white side, 90% reflective
Range Condition Note Specified ranges depend on atmospheric conditions such as standard clear, no haze and overcast situations

Robotic Functions

Motor Type DC servo motor
Motor Drive System HyperDrive direct motor powered by worm and gear
Rotation Speed 60°/s
Face 1 / Face 2 Rotation Time 2.9 s
Prism Search Function Automatic prism search and aiming assistance
Prism Search Range 3–300 m
Prism Search Scope Horizontal: 360° / Vertical: ±18°
Auto Prism Recognition Automatic prism recognition and aiming to prism centre
Auto Prism Recognition Range 3–1200 m
Auto Prism Recognition Search Time Typically 3.5 s per 90°
Auto Prism Recognition Time 3–5 s
LocknTRack Locks onto and tracks a moving prism for robotic measurement and stake-out
Search Window Customised
Remote Control Range Up to 450 m with Zigbee remote control

Telescope

Image Erect
Tube Length 154 mm
Effective Aperture 45 mm; EDM: 50 mm
Magnification 30×
Resolving Power 3″
Field of View 1°30′
Minimum Focus 1.2 m
Reticle Illumination 5 brightness levels

Operating System, Display and Data

Operating System Android 11
Display 5-inch TFT colour LCD with LED backlight
Touchscreen Yes
Display Position Dual face
Keyboard 13 backlit keys and 4 function keys
Processor MT6833, 8-core, 2.2 GHz
Internal Memory 4 GB RAM, 64 GB ROM
Plug-in Memory / Data Transfer Type-C for USB OTG and TF card
Additional Data Transfer Bluetooth and wireless communication support

Communication

Wired Interface RS-232
Bluetooth Bluetooth 5.1
WLAN 2.4G / 5G WiFi
SIM Slot Micro SIM
Cellular Support 5G support
Long-Range Remote Control Powered by Zigbee, up to 450 m
Controller Connection Designed for remote operation with compatible controller using Survey Star Pilot

Software and Field Functions

Onboard Measurement Software Survey Star
Controller Field Software Survey Star Pilot
Main Field Workflow Job setup, measurement, data collection, stake-out, point management and map-based operation
Station Setup Functions Known point, multiple orientation, height transfer, backsight check, resection, point to line, free station and station setup without control point
Measurement Functions Point measurement, distance offset, plane offset, column offset, REM, MLM, line and extend point, line and extend angle, sag measure, traverse, cable height and point projection
Stake-Out Functions Point stake-out, CAD stake-out, angle and distance stake-out, direction line, line, reference line and arc
CAD Stake-Out Supports CAD stake-out workflows using DWG and DXF files
Data Management Point management, code management, Q-code management, map management, data import, export and copy
COGO Functions Reduction, traverse adjustment, coordinate calculation, inverse, area and girth, included angle, distance conversion, angle conversion, average, equidistant point, triangle calculation and calculator
Road Functions Road design and road stake-out
Inspection and Adjustment Functions Plate vial, circular vial, tilt sensor, reticle unit, 2C, horizontal axis, vertical index, vertical zero, combined adjustment, constant K, sight of view and emitting axis, APR and prism search adjustment

Levels, Plummet and Centering

Plate Level 30″ / 2 mm
Circular Level 8′
Laser Plummet Type Red laser dot
Laser Plummet Wavelength 635 nm
Laser Plummet Accuracy ±1.5 mm at 1.5 m
Electronic Bubble Supports tilt compensation modes including Tilt-X, Tilt-XY and Tilt-Off

Laser Specifications

Laser / Function Wavelength Maximum Radiant Power Divergence Angle Transmission
Auto Prism Following 785 nm 6 mW ±1.5° Continuous laser
Auto Search 905 nm 3.5 mW ±17° Pulse transmission; half-peak pulse width 10 ns; pulse repetition rate 120 kHz
Laser Plummet 635 nm 3.5 mW 1 mrad Continuous laser
EDM 635 nm 6.5 mW 0.4 mrad Continuous laser

Power

Battery Type Rechargeable Li-ion battery
Battery Capacity 5400 mAh
Operating Time 4 hours
Charger Model Referenced in Manual NC-10 official charger
Charger Input 70 V–240 V, 50/60 Hz
Charger Output 7.4 V, 1.2 A
Charging Temperature Range 0°C to +40°C
Recommended Charging Temperature +10°C to +20°C

Environmental Specifications

Working Temperature -20°C to +50°C
Storage Temperature -40°C to +70°C
Ingress Protection IP54
Humidity 95% non-condensing
Operating Environment Limitation Not suitable for corrosive, flammable or explosive environments

Physical Specifications

Dimensions 217 mm × 198 mm × 378 mm, without antenna
Weight 7 kg with battery
Instrument Components Referenced Antenna, handle, collimator, central mark, function keys, horizontal endless drive, eyepiece unit, plate vial, USB/card slot, circular vial, auto search window, objective lens, vertical endless drive, battery and display unit
Tribrach Removable tribrach with locking knob and anchor jaws

Safety and Compliance Notes

EDM Laser Safety Class Class 3R
Laser Standard Referenced in Manual GB7247.1-2012 Safety of Laser Products
EDM Harmful Distance Note Built-in Class 3R rangefinder harmful distance is stated as 1000 m; beyond this distance, laser intensity is reduced to Class 1
Laser Use Precaution Avoid direct eye contact with the laser beam and avoid aiming at highly reflective objects unless required for the measurement workflow
Battery Safety Protect battery from short circuit, mechanical impact, high temperature and immersion in liquid
Calibration Note Instrument should be checked and calibrated after impact, reassembly, long storage, transport or before important measurement tasks

Specifications and package contents may vary by configuration, region or manufacturer update. Always check the current configuration before ordering.

FAQ

South NS30 FAQ

Product Overview

What is the South NS30?

The South NS30 is a robotic total station for professional surveying, construction layout, engineering set-out and monitoring work. It combines precise angle and distance measurement with robotic prism search, automatic prism recognition and prism tracking.

Who is the South NS30 designed for?

The South NS30 is designed for surveyors, construction layout crews, civil engineers, road and rail contractors, tunnel and bridge teams, monitoring specialists and other professionals who need accurate field measurement with efficient robotic operation.

Is the South NS30 suitable for one-person surveying?

Yes. The South NS30 is built for one-person robotic workflows. With Prism Search, Auto Prism Recognition, LocknTRack and remote control support, the operator can work from the prism pole while the instrument searches, locks and tracks the prism.

Is the South NS30 a GNSS receiver?

No. The South NS30 is a robotic total station, not a GNSS receiver. It can, however, be used together with RTK GNSS equipment when a project benefits from both satellite positioning and precise line-of-sight total station measurement.

What types of projects can the South NS30 be used for?

The South NS30 can be used for construction layout, topographic surveys, engineering set-out, building projects, road and rail work, tunnel surveys, bridge work, façade measurement, monitoring and CAD-based stake-out.

Accuracy and Measurement Performance

What is the angular accuracy of the South NS30?

The South NS30 has 1″ angular accuracy, making it suitable for precise surveying, engineering and construction measurement tasks.

What is the measuring range of the South NS30?

The South NS30 can measure up to 3500 m with a prism and up to 1000 m in reflectorless mode, depending on site and atmospheric conditions.

What is the distance accuracy of the South NS30?

In prism mode, the South NS30 has a specified distance accuracy of ±(1 mm + 1 ppm × D). This makes it suitable for demanding survey and layout work where reliable distance measurement is important.

When should I use reflectorless measurement?

Reflectorless measurement is useful when it is not possible or practical to place a prism on the target. Common examples include façades, structural elements, inaccessible points, stockpiles, walls, utilities and quick site checks.

Can the South NS30 be used for monitoring work?

Yes. The South NS30 can be used for monitoring tasks where precise angular and distance measurement is needed to observe movement or displacement at defined points.

Robotic Functions and Field Workflow

What is Prism Search on the South NS30?

Prism Search helps the instrument find the prism within the search area. This reduces manual aiming and helps the operator recover the target more efficiently during robotic fieldwork.

What is Auto Prism Recognition?

Auto Prism Recognition, also known as APR, allows the South NS30 to recognise and aim at the prism automatically. This helps improve productivity because the operator does not need to manually fine-aim for every measurement.

What does LocknTRack do?

LocknTRack allows the South NS30 to lock onto a prism and follow its movement. This is especially useful for one-person stake-out and point collection, where the operator moves from point to point with the prism pole.

How far can the South NS30 be controlled remotely?

The South NS30 supports remote control up to 450 m with Zigbee communication when used with compatible field equipment. This allows flexible operation from the prism pole during robotic surveying.

Can the South NS30 help reduce field crew size?

Yes. Because the NS30 can search for, recognise, lock onto and track the prism, many surveying and layout tasks can be completed by one trained operator instead of a traditional two-person total station crew.

Software, CAD and Connectivity

Which software is used with the South NS30?

The South NS30 uses Survey Star onboard software. Survey Star Pilot can also be used for controller-based robotic operation, including measuring, point management, stake-out and CAD stake-out workflows.

Can the South NS30 work with CAD files?

Yes. The South NS30 supports CAD stake-out workflows using DWG and DXF files, allowing field teams to work directly from design data for layout tasks.

What is CAD stake-out useful for?

CAD stake-out is useful for transferring design geometry to the field. It can support building layout, road work, utilities, structural elements, lines, points, piles and other construction features.

Does the South NS30 have onboard Android?

Yes. The South NS30 runs on Android 11 and includes onboard storage and a touchscreen interface, giving users a modern platform for field software, job management and data handling.

Can the South NS30 be used with RTK GNSS equipment?

Yes. The South NS30 can be used as part of a wider surveying workflow with RTK GNSS equipment. GNSS is useful for open-sky positioning, while the robotic total station is useful for precise line-of-sight measurement, layout and work in obstructed areas.

What data transfer options does the South NS30 support?

The South NS30 supports practical field data transfer options such as USB, storage media, wireless connectivity and controller-based workflows, depending on the selected setup and accessories.

Reviews (0)

Reviews

There are no reviews yet

Only logged in customers who have purchased this product may leave a review.

This product is Available

Contact our experts for the best possible price and configuration.

Why choose Global GPS Systems?
European support & worldwide delivery
Worldwide shipping from the Netherlands
100% insured shipping against loss or damage
Import, export, tax and duties support
Expert support from product specialists
Buyer protection and warranty included
Speak with a specialist +31 035 205 7939
Global GPS Systems
Independently verified
4.73 store rating (575 reviews) | 4.68 product rating
Visa
MasterCard
American Express
IDeal
Invoice
Bancontact
Bank Transfer
Belfius
Eps
Klarna
Independently verified
575 reviews