Slamtec Mapper, a new laser range scanner category integrating map building and real time
localization and navigation, contains the SLAMTEC third generation high-performance SLAM engine and laser
range scanner. Plug and play, without any external dependence. It is suitable to be applied
in application fields like robot localization and navigation, environment surveying and mapping and etc.
Slamtec Mapper adopts SLAMTEC third generation high-performance SLAM graph optimization
engine and SharpEdge? mapping technology to realize a high accurate thousand-square-meter map
building and real time localization, and it can actively detect the closed loop and correct map.
The mapper is an ideal choice for users to realize mapping and re-localization in various
complicated scenarios and output map and localization data that meets users' expectations.
Slamtec Mapper just needs a USB power cable to work well,
without any additional support or accessories.
With built-in inertial navigation system with nine degrees of freedom,
Slamtec Mapper can work properly in tilting and shaky hand-held mode
and ensure an excellent map data quality. In addition,
it supports to move fast with a maximum speed of 2m/s.
Whether in complicated indoor environment or outdoor environment with direct daylight,
Slamtec Mapper shows a good performance in mapping and localization
in those complicated scenarios.
Slamtec Mapper provides completed cross-platform SDK and tools both on
phone and PC side for users to evaluate, develop and use.
Through matched ROS driver,you can integrate the generated map and localization
data into ROS environment seamlessly.
Slamtec Mapper is not only a mapper for mapping and localization,
you can also use it directly as a laser range scanner. Via SDK or ROS node,
you can easily put the data of the laser range scanner into the user's current system.
With built-in access point and station mode WiFi as well as 100M Ethernet port,
you can get the real time map and localization data generated
by Slamtec Mapper through designed mobile application.
Slamtec Mapper, a new laser range scanner category integrating map building and real time localization and navigation, contains the SLAMTEC third generation high-performance SLAM engine and laser range scanner. Plug and play, without any external dependence. It is suitable to be applied in application fields like robot localization and navigation, environment surveying and mapping and etc.
Slamtec Mapper adopts SLAMTEC third generation high-performance SLAM graph optimization engine and SharpEdge™ mapping technology to realize a high accurate thousand-square-meter map building and real time localization, and it can actively detect the closed loop and correct map. The mapper is an ideal choice for users to realize mapping and localization in various complicated scenarios and output map and localization data that meets users’ expectations.
Slamtec Mapper just needs a USB power cable to work well, without any additional support or accessories.
With built-in inertial navigation system with nine degrees of freedom, Slamtec Mapper can work properly in tilting and shaky hand-held mode and ensure an excellent map data quality. In addition, it supports to move fast with a maximum speed of 2m/s.
Whether in complicated indoor environment or outdoor environment with direct daylight, Slamtec Mapper shows a good performance in mapping and localization in those complicated scenarios.
Slamtec Mapper provides completed cross-platform SDK and tools both on phone and PC side for users to evaluate, develop and use. Through matched ROS driver, you can integrate the generated map and localization data into ROS environment seamlessly.
Slamtec Mapper is not only a mapper for mapping and localization, you can also use it directly as a laser range scanner. Via SDK or ROS node, you can easily put the data of the laser range scanner into the user’s current system.
With built-in access point and station mode WiFi as well as 100M Ethernet port, you can get the real time map and localization data generated by Slamtec Mapper through designed mobile application.