ComNav Technology Survey Master
$ 0,00
Survey Master is a professional software designed for strong functionality, high efficiency and reliability. Featuring multiple base/rover work modes, abundant import/export formats and complete survey methods, Survey Master will bring users an excellent experience.
Description
Survey Master is a professional software designed for surveyors to work more efficiently. With Survey Master, users can freely conduct the project through a simple click on commands such as Topo survey/Auto survey, Static and PPK modes, edit and stake points/lines. In addition, surveying data import/export becomes easier and more convenient via this software. It supports data formats, TXT, CSV, SHP and AutoCAD DXF.
- Compatible with most of Android devices
- Easier survey worflow via Wizard function
- Support up 60° IMU tilt compensation
- Support all survey modes, including Static, PPK and RTK
- Access to real-time open street maps
- Support Surface Stake, Mapping Survey and etc. to serve various survey tasks
- Support CAD import and directly use for stake out operations
- Support Convert function from ComNavBinary raw file to RINEX
- Collect users’ feedback through Cloud Service
- Free download from Google Play Store
Additional information
Software version | 2.7.9 |
---|---|
CAD functions for Road applications | Y |
Addres | ComNav Technology Building 2, No.618 Chengliu Middle Rd. 201801 Shanghai China |
Brand | ComNav Technology |
Distinguishable features | Tilt survey, NMEA device support |
Post processed kinematic | Y |
Network RTK | VRS |
Base and rover RTK | Y |
Output data for least squares adjustment with data from other sources | Y |
Static baseline post-processing | N |
Input data formats supported | NMEA, RINEX, RTCM 2.X, RTCM 3.X |
GNSS setting out | Y |
GNSS static / RTK data collection | Y |
Output formats supported | DXF, DWG |
CAD functions for open drainage modelling | N |
Mobile (real time connected to instrument) | Y |
CAD functions for Internal measured building surveys | N |
Volume computation by substracting surfaces | Y |
Volume computation from sections | Y |
Compute grid DTM | Y |
Transformation between map projections | Y |
Integrated least squares computation of control | N |
Level data | N |
Point cloud data | N |
TPS data | N |
GNSS + dead reckoning data (Mobile Mapping) | N |
GNSS data | Y |
Laptop / Office computer (post processing) | N |
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