Groundhog Pro Autonomous Reality Capture with LiDAR Navigation
With LiDAR Navigation AND 360 camera!
Description
Autonomous Robot for Reality Capture
- Efficiency: Put your reality capture on auto-pilot and free up your team.
- Frequency: Get updates more often, allowing you to monitor progress and track changes with higher precision to catch problems faster.
- Consistency: Know you’re getting data reliably and consistently because it’s taken care of by a robot.
- Profitability: Reality capture software can’t deliver the ROI you’re expecting if you can’t capture the data. Using a robot gets the job done quickly.
Features
- Automatic obstacle detection and avoidance.
- Compact footprint for navigating tight work areas.
- Dynamic remapping of the navigation map so you don’t need to remap as the construction site grows.
- Intuitive control system for planning routes and operating the robot.
- Easy swap batteries for extended field use or opt for autonomous charging.
Reduce work hours spent doing this task
- Reality capture is a repetitive process involving moving a camera and tripod, finding a place out of view, taking a photo, then readjusting the tripod several feet and moving back out of view. It can take hours out of a busy worker’s schedule!
- And the best time to take 360° captures is during off hours when less people are around because it improves the quality of the capture and ensures privacy.
Compare our Groundhog Models
Groundhog Standard | Groundhog Pro | |
Dimensions | 14”l x 13”w x 60”h (with pole) | 16”l x 14”w x 60”h (with pole) |
Weight | 20 lbs | 27 lbs |
Run Time | ≈2-4 Hours | ≈4 Hours |
Battery Type | External (Autonomous Charging Available) |
Internal with Autonomous Charging |
Base Station | Optional | Included |
Navigation Camera | Stereo | LiDAR & Dual Stereo |
Field of View | 120° wide, 2.5m deep | 360° wide, 20m deep |
Travel Direction | Forward | Forward & Reverse |
Case | Optional | Included |
# of Routes/Floors | 1 | 1 per base station |
# of Waypoints | Unlimited | Unlimited |
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Similarities | ||
360° Camera | ||
Computer | ||
Control Method | ||
Chassis | ||
Wheels | ||
Ground Clearance | ||
Average Speed | ||
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Integrations | ||
OpenSpace and Matterport |