Carlson SurvCE Windows Mobile GNSS and Total Station Field Software

Carlson SurvCE field surveying software for Windows Mobile

Carlson SurvCE is professional field data collection software developed for surveyors using Windows Mobile and Windows CE data collectors. It combines RTK GNSS and total station control with coordinate geometry, stakeout, mapping, surfaces and construction routines, allowing a large part of the surveying workflow to be completed directly in the field.

SurvCE is particularly relevant to survey companies that already operate compatible Windows Mobile or Windows CE controllers and want to continue using established GNSS receivers, conventional total stations or robotic instruments. Its broad instrument-driver support has also made it useful for businesses with equipment from different manufacturers that prefer one consistent field software workflow.

Collect survey points with RTK GNSS

SurvCE can control compatible RTK GNSS receivers for topographic surveys, control work, construction measurement and other coordinate-based field tasks. Surveyors can configure a base and rover or work with suitable network RTK corrections, depending on the receiver and communications hardware being used.

Measured points are stored directly within the active job together with information such as point numbers, elevations and descriptions. Coordinate-system and localisation tools allow the survey to be related to the coordinate framework required for the project.

This gives surveyors an integrated field workflow where the GNSS receiver provides the positioning while SurvCE manages the points, project information, calculations and graphical map.

Work with conventional and robotic total stations

Carlson SurvCE also supports conventional and robotic total station surveying. This makes it suitable for sites where GNSS reception is restricted, where high-precision optical measurements are required or where project control is based around established total station stations.

For conventional surveying, the software handles instrument setup, backsight information, point measurement and coordinate calculations. With the appropriate Robotics configuration, supported robotic instruments can be controlled remotely from the field data collector.

Using one software environment for both GNSS and optical surveying is useful for crews that regularly change measurement methods during a project. The job data remains within the same field workflow rather than requiring completely separate applications for each instrument.

Broad surveying instrument compatibility

One of SurvCE’s established strengths is its broad hardware-driver library. Carlson developed the software to operate with surveying instruments from numerous manufacturers rather than restricting it to a single hardware brand.

Supported equipment has included receivers and total stations from manufacturers such as Carlson, GeoMax, Leica, Pentax, Sokkia, Spectra Precision, Stonex, Topcon and others. Exact compatibility depends on the SurvCE version, controller and specific instrument model, so existing equipment should be checked before selecting a licence or replacing field hardware.

This flexibility is especially valuable for surveying companies with a mixed equipment fleet or older instruments that remain productive in the field.

Stake points directly from project coordinates

Construction stakeout is a major part of the SurvCE workflow. Design coordinates can be loaded into the job and used to guide the surveyor to the required field position with a connected GNSS receiver or total station.

This is useful for building corners, foundations, utilities, kerbs, structures, earthworks and other construction features. Graphical stakeout guidance helps the operator understand both the direction and remaining distance to the design position rather than relying only on coordinate values.

Voice prompting and graphical guidance available in later SurvCE versions can further reduce the need to continually read numerical values from the controller while moving toward the stake point.

Stake lines offsets and construction geometry

Not every construction feature is defined by individual points. SurvCE also provides line and offset-based staking routines that can be used where a position needs to be established relative to a road edge, building line, utility alignment or other reference geometry.

This is useful for construction crews and surveyors who need to set positions at regular stations, specified offsets or locations derived from design linework. Points can also be generated from polylines, helping convert existing drawing geometry into practical positions for field layout.

Cut and fill stakeout from design surfaces

SurvCE can use surface information for construction stakeout and elevation checking. Rather than staking only a fixed list of design points, the surveyor can compare the measured position against a design surface and determine the required cut or fill at the current location.

This is valuable on earthworks, road construction, building platforms and other grading projects because the crew can check the required level at positions that were not individually prepared as stake points in the office.

Surface Inspector functions in SurvCE 6 further support comparison between planned and measured elevations, giving the operator a graphical way to review differences between the design and the actual site.

Calculate surfaces and volumes in the field

SurvCE includes terrain and volume functions that allow surveyors to work with three-dimensional site information without returning to the office for every calculation. Field measurements can be used to create or inspect surface information and calculate volumes where the job requires a quick quantity check.

This can be useful for stockpiles, excavations and earthworks where a surveyor needs an immediate indication of material quantities while still on site. More extensive final calculations can still be completed with Carlson office software when required.

Coordinate geometry in the field

Built-in COGO tools allow surveyors to calculate new positions from measured or known coordinates while working on site. Common surveying geometry can therefore be solved directly on the field controller rather than using a separate calculator or returning to CAD software.

This is particularly useful when an unexpected layout point, intersection or offset is required during construction. The surveyor can derive the position from the available project geometry and then immediately stake or measure it using the connected instrument.

Field to Finish survey coding

Optional Field-to-Finish functionality allows coded measurements to create drawing information while data is being collected. Feature codes and linework commands can control how measured points are connected and represented on the map.

A topographic survey can therefore begin to take shape directly on the field controller. Kerbs, fences, building lines, road edges and other features can be displayed graphically as measurements are stored, helping the surveyor identify missing or incorrectly coded information before leaving the site.

This also reduces repetitive drafting later in the office because part of the drawing structure has already been established during field collection.

Use CAD information in the field

SurvCE supports a range of CAD and survey-data formats so that office-prepared design information can be taken to the field. Drawing geometry can provide visual context for measurements and stakeout rather than forcing the operator to work only from a list of point numbers.

Support across the SurvCE workflow includes formats such as DWG, DGN, DXF and Carlson drawing and coordinate information, depending on the specific function and software version. LandXML can also be used for civil information such as surfaces and road-related data.

For construction surveyors this means the field controller can show the relationship between a stakeout target and surrounding roads, buildings, parcels or other design features.

Import and export coordinate data

Survey projects frequently need to exchange coordinate information with CAD, engineering and client systems. SurvCE supports common text and coordinate workflows so point information can be moved between the field controller and other software.

Raw observation information can also be retained for processing and quality control. This is important for professional survey work where the measured observations may need to be reviewed rather than treating the final coordinates as the only project record.

GIS data collection and attribute information

SurvCE provides GIS-oriented tools alongside its surveying functions. Field points and features can carry attribute information, allowing the surveyor to record what an object represents in addition to its position.

This is useful for utility surveys, asset inventories, environmental mapping and infrastructure projects where a valve, chamber, sign, pole or other measured feature needs descriptive information for later GIS use.

SHP support and KML export provide additional ways of transferring field information into mapping workflows. KML output can also be used for a quick geographic review in applications such as Google Earth.

Add photographs to measured features

On supported field hardware, camera integration allows photographs to be associated with points or lines. This gives surveyors and GIS crews a way to add visual documentation to measured features while they are still on site.

For utility and asset work, a photograph can help office staff identify the measured object or understand its condition. On construction projects, images can provide useful supporting context for measured site features and as-built information.

Advanced Roading for road and highway stakeout

The optional Advanced Roading module extends SurvCE for road and highway surveying. It includes specialised routines for alignments, road templates, cross-sections and slope staking, making it relevant to road contractors, highway surveyors and civil construction teams.

Road designs can be staked using centreline, template and cross-section information, while slope staking helps determine the relationship between the proposed road and existing terrain. Intersection and cul-de-sac staking can also be handled using Carlson Road Network information.

As-built section collection provides another useful road-construction workflow, allowing field measurements to be compared with the intended cross-section as work progresses.

Hybrid Plus combines GNSS and robotic total stations

The optional Hybrid+ configuration is designed for crews using both GNSS and a robotic total station. Instead of treating these instruments as completely separate systems, Hybrid+ allows their strengths to be combined within the SurvCE field workflow.

GNSS can help locate the surveyor and assist the robot with searching and tracking, while the total station provides optical measurement where that method is more appropriate. Functions such as GPS Search, Follow Me, Smart Lock, Smart Staking and Backup Tracking were developed to reduce interruptions when switching between GNSS and robotic measurements.

This can be useful on construction sites where buildings, machinery or vegetation occasionally block satellite reception or total-station line of sight. The operator can use the measurement technology that suits the current position without abandoning the same project workflow.

Obstructed point stakeout

SurvCE 6 includes an Obstructed Point Stakeout routine for situations where the actual design point cannot be occupied directly. The software can guide the operator to establish the required position from an accessible offset using distance and direction information.

This is useful around walls, excavations, machinery, traffic and other obstacles where placing a GNSS pole or prism directly on the target point is unsafe or physically impossible.

Background maps and WMS data

Later versions of SurvCE provide access to map backgrounds and compatible web mapping information, including OpenStreetMap and WMS-based overlays. This can provide additional geographic context when working across a large site or when project linework alone does not make the surrounding location obvious.

Background mapping is most useful for orientation and context. It should not be treated as a substitute for controlled survey data when accurate boundary, engineering or construction positioning is required.

Designed for Windows Mobile and Windows CE controllers

An important consideration when choosing Carlson SurvCE is its operating platform. SurvCE was developed for Windows Mobile and Windows CE survey data collectors rather than modern full-Windows tablets.

This makes it especially relevant to organisations maintaining older professional controllers that are still in regular field use. Carlson continues to provide SurvCE manuals and resources, but its current documentation classifies SurvCE as a legacy product.

For newer full-Windows survey tablets and Carlson’s current field-software development, Carlson SurvPC is the corresponding platform. Buyers should therefore select SurvCE when compatibility with a Windows Mobile or Windows CE controller is specifically required.

Choose the SurvCE configuration for your instruments

Carlson SurvCE was offered in several configurations so the licence could be matched to the equipment being used. SurvCE Basic provides conventional total station functionality, while Robotics adds robotic total station support. GPS configurations provide GNSS functionality, and Advanced Roading adds specialised road routines.

Hybrid+ requires the appropriate GNSS and robotic functionality because it combines both measurement technologies. Choosing the correct module combination is important because not every survey company requires every instrument driver or specialist road function.

Who is Carlson SurvCE for?

Carlson SurvCE is most relevant to land surveyors, construction surveyors, civil engineering survey teams, road and infrastructure contractors and GIS field crews that already use a compatible Windows Mobile or Windows CE controller.

It is particularly useful for companies maintaining an established fleet of GNSS receivers or total stations where replacing the entire controller and software workflow is unnecessary. Its broad instrument support also makes it practical for mixed-brand equipment fleets.

Typical applications include topographic surveys, RTK GNSS measurement, construction stakeout, road surveying, utility and asset mapping, as-built surveys, earthwork checks and robotic total station work.

Carlson SurvCE from Global GPS Systems

Global GPS Systems can help determine whether Carlson SurvCE is compatible with your existing Windows Mobile or Windows CE data collector and the GNSS receiver or total station you intend to use. This is especially important with older field hardware because software version, controller operating system and instrument driver support all need to match.

For customers moving to a newer Windows field tablet, Global GPS Systems can also help determine whether Carlson SurvPC is the more appropriate platform and which GNSS, Robotics, Advanced Roading or Hybrid+ configuration fits the required field workflow.