CR+ Total Station
The advanced positioning technology of STReAM360, X-motion hybrid drives & accXess EDM Technology incorporated in Carlson’s super reliable CR2+ and CR5+ robotic total stations provides the most efficient way to survey. Carlson works for you.
Get all you need for your daily work with Carlson SurvCE data collection software on the Carlson CR2+ and CR5+ robotic total stations – these instruments are quick to set up and have easy-to-use functions that simplify the entire process even more.
X-MOTIONTM Hybrid Drives
The CR2+ and CR5+ incorporate highly innovative X-motion hybrid drives, promoting up to 20% automation performance compared to conventional drives. It follows your target at 90 km/h at 100m distances.
Full Connectivity
The CR2+ and CR5+ are made to meet all connectivity needs. Use its built-in Bluetooth® for medium range data transfer or its Bluetooth® handle for high performance Long-Range Bluetooth®. Either way, it is ideal for one-man robotic surveys. Store data on the extra large internal memory, on the removable SD card or the USB stick using plug and play technology.
Robustness
The CR2+ and CR5+ instruments are built to withstand the toughest conditions and designed and tested to be dust-proof and fully protected against water jets.
accXessTM EDM Technology
Get leading reflectorless measurements up to 500m with accXessEDM Technology. The extra small laser footprint and the sophisticated signal-processing technology ensure maximum accuracy – regardless of the distance or conditions.
NavLightTM
Fitted as standard in the telescope, the NavLight is an efficient alignment aid, helping to speed up work while setting out. Its flashing red and yellow lights will guide you quickly and exactly to the line of sight.
STReAM360: Fully Robotic
Scout
Scans the entire working area within seconds to quickly find the target.
TRack
Continuously track targets. Once locked onto, the instrument remains accurately aimed on the moving target.
AiM
The telescope is accurately aimed at any prism, without needing to look through the telescope. Measurements are performed automatically with consistently high and repeatable dependability.
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