Mars Laser RTK

basic information

Mars Laser RTK is an innovative GNSS receiver that integrates the latest GNSS, IMU, and laser technologies. Even in locations where poles cannot reach, GNSS signals cannot be received, or in hazardous areas, the millimeter-level laser rangefinder mounted on the back of Mars makes surveying and piling easier and more stable. Mars is equipped with the latest K8 platform, which tracks all currently operational satellites across 1590 channels. The built-in IMU sensor supports tilt compensation of up to 60°, providing highly accurate survey results. ■ 1590 channels ■ Tracks all operational and planned satellites, including GPS, BDS-2, BDS-3, GLONASS, Galileo, QZSS, IRNSS, and SBAS ■ Up to 60° tilt, with an accuracy of 2.5 cm ■ IP67 dust and waterproof performance to withstand harsh environments ■ Over 20 hours of continuous use ■ High-performance K803 GNSS module

Price information

Delivery Time

Applications/Examples of results

Surveying points that are difficult to achieve RTKFix, such as under roofs and bridge piers. Surveying points located within restricted areas. Surveying in hard-to-access and dangerous locations.

Detailed information

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  If you want to measure in difficult locations where it is hard to obtain RTKFix, such as between buildings or under bridge piers, you can use laser surveying to measure from a nearby location with a good reception environment.

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  When measuring the white lines on a road where a vehicle is traveling, it can be done from a safe location such as a sidewalk.

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  It can be used for surveying points where poles cannot be erected, such as building walls.

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  Survey Master provides a simple surveying workflow with a wizard feature. It supports IMU tilt correction of up to 60°, and accommodates all surveying modes including static, PPK, and RTK, assisting with various surveying tasks. It also supports the import of CAD files and the conversion of ComNav Binary raw files to RINEX.

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  Compass Solution (CS) software is a desktop application that post-processes GNSS raw data (GPS/GLONASS/BeiDou/GALILEO) to obtain high-precision positioning solutions in both static and PPK working modes.