CARLSON C-ALS® HD
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High-definition camera: The integrated high-definition camera provides full HD (1920 x 1080) for photo and video
Slip Ring Drum Deployment: The new slip ring drum introduces quicker and controlled cable deployment
Joystick Control: The joystick controls added into the included deployment software, Carlson Scan, provides free-moving capability when it comes to the nosecone
Daylight Payload: The 874-lumen daylight payload brings light into the void for added distance to visualization with up to 25 m line of sight
HIGH-DEFINITION UNDERGROUND VISUALIZATION
Experience a new level of clarity and detail with the C-ALS HD’s integrated high-definition camera.
Its exceptional imaging capabilities allow for comprehensive visual inspections of inaccessible underground areas.
Identify potential hazards, structural issues, and areas of concern with unparalleled precision, ensuring enhanced safety and efficiency.
The LED spot light provides 874-lumens of up to 25 m extended visual distance.
UNMATCHED UNDERGROUND LASER SCANNING ACCURACY
The C-ALS HD is the solution for underground laser scanning.
Expanding on the existing and widely used features of the C-ALS Gyro, the C-ALS HD captures precise data in even the most challenging environments. The system includes new deployment options such as the slip ring drum to simplify and speed up deployment.
This system delivers the accuracy you need with 360-degree scanning coverage to inspect, collect, and make informed decisions.
STARE INTO THE VOID WITH CARLSON SCAN
Carlson Scan is the included, Windows-based, operational software for the C-ALS HD.
The software features a simplistic user interface with expansive capability for your underground project. The software offers a real-time, high-definition view of the deployment to spot obstructions and monitor deployment in underground environments.
Carlson Scan includes digital joystick controls for the C-ALS HD once it has entered the void. With the joystick controls, users have free movement of the C-ALS head to visually identify and analyze potential hazards, structural issues, or areas of concern.
