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Software for Total Stations
Total station software provides the field tools needed to turn angle and distance measurements into usable survey information. Depending on the application, it can help operators collect points, stake out coordinates, calculate positions, manage codes, import design data and communicate directly with a manual or robotic total station.
At Global GPS Systems you can find professional total station software for surveying, construction, engineering and specialist measurement work. The category includes solutions such as Aplitop Tcp Tunnel Scan, Aplitop TcpControl, Aplitop TcpET, Aplitop TcpTunnel, Carlson SurvCE, Carlson SurvPC, MicroSurvey FieldGenius and MicroSurvey FieldGenius for Android. The right package depends on your instrument, controller and the type of fieldwork you perform.
What is total station software used for?
A total station measures horizontal angles, vertical angles and distances. Field software helps convert those observations into coordinates and guides the operator through practical surveying tasks. This makes it possible to work efficiently with points, lines, elevations and design positions directly on site.
Typical applications include topographic surveys, construction stakeout, building layout, road works, utility surveys, earthworks, control surveys, tunnelling and engineering measurements. Some packages are designed as general-purpose survey applications, while others include specialist tools for areas such as tunnels or construction control.
Common total station software functions
- Measure and store survey points and coordinates.
- Stake out points, lines, offsets and elevations.
- Control compatible manual or robotic total stations.
- Calculate coordinates from measured angles and distances.
- Use point codes and descriptions during field data collection.
- Import design information and export measured survey data.
Field software for manual total stations
With a manual total station, the surveyor typically aims the instrument at a prism or target and records the measurement through the instrument or connected controller. Compatible field software can organise those observations, calculate coordinates and guide the user through measurement and stakeout routines.
This type of setup is commonly used for construction, engineering and general surveying where a straightforward and reliable measurement workflow is required. The software can also reduce manual calculations by handling coordinate geometry and storing observations directly within the active project.
Software for robotic total stations
Robotic total stations can often be operated remotely from a field controller. Suitable software allows the operator to control compatible instrument functions while working at the prism pole. This can make one-person surveying possible for many measurement and stakeout jobs.
Compatibility is particularly important with robotic equipment. Not every field application can control every robotic total station, and available functions can differ between manufacturers and instrument models. Before choosing software, confirm that the required instrument communication and robotic control functions are supported.
Total station software for construction stakeout
Construction teams use total stations to transfer positions from drawings or coordinate lists onto the physical site. Field software can guide the operator towards the required location and show differences in direction, distance and elevation. This is useful for setting out foundations, columns, walls, anchor points, kerbs, utilities and other construction elements.
A clear stakeout interface is especially valuable for construction crews. Operators should be able to identify the selected design point, see how far they need to move and confirm the final position without navigating through unnecessary menus.
Total station software for land surveying
Surveyors often need more extensive tools than basic point measurement. Professional surveying software may include coordinate geometry, line and arc calculations, coding systems, traversing tools, offsets and support for multiple data formats. These functions can help reduce office processing by organising field measurements correctly at the moment they are collected.
For topographic surveys, point coding can be particularly useful. Features such as kerbs, buildings, fences or utilities can be given consistent codes in the field, making it easier to process the survey later in CAD or specialist office software.
Software for tunnelling and specialist measurement
Some total station software is designed for specialist engineering applications. Tunnel surveying, for example, requires workflows that differ from ordinary point collection. Depending on the software, operators may be able to work with tunnel alignments, profiles, cross-sections, excavation checks or scan measurements.
Products such as Aplitop TcpTunnel and Tcp Tunnel Scan are aimed at these more specialised workflows, while general survey packages such as Carlson SurvCE, SurvPC and MicroSurvey FieldGenius are suitable for a broader range of field measurement tasks. Choosing between them should therefore be based on the actual work rather than simply the number of available functions.
Choosing the right software for your total station
Instrument compatibility should be checked first. Different software packages support different brands, models and communication protocols. If you are using a robotic total station, also check whether full remote control and tracking functions are supported rather than assuming that basic communication means every robotic feature is available.
The field controller is equally important. Some applications are intended for Windows-based survey controllers, while others are available for Android hardware. Check both the operating system and the software version before purchasing a licence.
Finally, consider your normal workflow. A construction worker mainly performing stakeout may prefer a simple interface and easy design import. A land surveyor may require more coordinate calculations, coding options and data exchange formats. Tunnel specialists and engineering crews may need dedicated routines that are not normally included in general-purpose field software.
Important factors to compare
- Compatibility with your total station brand and model.
- Support for manual or robotic instrument control.
- Compatibility with your Android or Windows field controller.
- Required survey, stakeout and coordinate calculation functions.
- Import and export formats used in your CAD or office workflow.
- Specialist functions for construction, tunnelling or engineering work.
Data exchange between the field and office
Efficient data transfer is an important part of a surveying workflow. Measurements collected in the field usually need to continue into CAD, mapping or office surveying software. Appropriate import and export options make it easier to move coordinate files, point data and design information between field and office systems.
Before selecting software, consider which file types your existing workflow uses. A field application that integrates well with your office process can save significant time compared with repeatedly converting or restructuring survey files.
Using total station and GNSS equipment together
Many surveying companies use both total stations and RTK GNSS equipment. GNSS is convenient where there is a clear view of the sky, while a total station can be useful around buildings, under structures or in other locations where satellite reception is restricted. Some professional field software supports workflows involving both instrument types, allowing survey crews to use a familiar project structure and interface across different jobs.
When building a complete field system, consider the total station, data controller and software together rather than as separate products. Global GPS Systems can help buyers identify software that matches compatible total stations and controllers for their surveying or construction workflow.
Finding suitable total station field software
The best total station software depends on the instrument you already use and the work you need to complete. General surveyors may require flexible measurement, stakeout and coordinate tools, while construction teams may value a simpler layout workflow. Specialist users working in tunnels or complex engineering environments may require dedicated functions.
Start by identifying your total station model, controller and operating system. Then determine which field functions and data formats are essential to your work. Comparing these practical requirements makes it easier to select software that fits your equipment and daily field procedures.
Software for Total Station FAQ
Total Station Software Basics
What is total station software?
Total station software is a field application used to collect measurements, calculate coordinates, stake out positions and manage survey data from a compatible total station. Some applications can also control robotic instruments remotely.
Do I need separate software for a total station?
Many total stations include basic onboard measurement functions, but dedicated field software can provide a more complete workflow for stakeout, coordinate calculations, coding, data management and communication with a controller.
What can I measure with total station software?
Depending on the software and instrument, you can measure and store points, elevations, lines and other survey features. The measurements can then be used for topographic surveys, construction layout, engineering work and other positioning tasks.
Compatibility and Controllers
Does total station software work with every instrument?
No. Compatibility depends on the software, total station manufacturer, instrument model and communication protocol. Always check that your specific total station is supported before selecting a software licence.
Can total station software control a robotic total station?
Some professional field applications can remotely control compatible robotic total stations, including measurement and tracking functions. Support varies between instruments, so robotic compatibility should be checked for the exact model being used.
Can total station software run on Android?
Some modern surveying applications are available for Android field controllers, while other established packages operate on Windows-based controllers. Check the required operating system as well as instrument compatibility before choosing software.
Surveying and Construction
Can I use total station software for construction stakeout?
Yes. Stakeout is a common application. The software can use design coordinates to guide the operator towards the required position and show horizontal and vertical differences until the point is correctly located.
Can total station software be used for topographic surveying?
Yes. Professional field software can store measured coordinates, point descriptions and feature codes during a topographic survey. This information can later be transferred to CAD or other office software for further processing.
Is there special total station software for tunnel surveying?
Yes. Specialist applications are available for tunnel surveying and engineering workflows. These may provide functions for tunnel alignments, profiles, cross-sections, excavation checks or scan measurements that are not included in standard survey software.
Choosing Total Station Software
How do I choose the right total station software?
First check compatibility with your total station and field controller. Then compare the functions needed for your work, including measurement, stakeout, coding, coordinate geometry, file exchange, robotic control or specialist engineering tools.
Which total station software is suitable for surveyors?
Surveyors generally benefit from software with flexible point collection, coding, coordinate calculations, stakeout and data exchange tools. Carlson SurvCE, Carlson SurvPC and MicroSurvey FieldGenius are examples of professional field packages, subject to compatibility with the intended equipment.
Which total station software is suitable for construction work?
Construction users often benefit from straightforward coordinate import, clear stakeout guidance and simple point measurement. The best choice depends on the total station being used and whether additional functions such as robotic control or specialist construction calculations are required.
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