ROCK SLAM

Example Dataset Learn More

ROCK Slam creates a point cloud when collecting in GPS denied environments. You must first register your LiDAR and enable SLAM in your user account.

Processing is limited to 30 minutes of data collection per project.

Useful links:

Learn how to capture SLAM data.

Learn how to subscribe to Rock Slam Services.

Learn how to re-project SLAM data from meters to feet.

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Deliverables

Visualized Trajectory
LAZ of the the data captured

Other Deliverables

ROCK PLS-CADD

PLS-CADD (Power Line Systems - Computer Aided Design and Drafting) is an industry-leading software suite used for the design and analysis of transmission lines. PLS-CADD may present challenges, but Rock's PLS-CADD Deliverable streamlines the entire process, ensuring you receive the precise deliverables you require. Backed by our seasoned team, we craft solutions tailored to meet all your PLS-CADD requirements.

ROCK Surveyor

A DEM (Digital Elevation Model) and Contours allow you to get accurate insight into the ground topography.

ROCK Planimetrics

ROCK Planimetrics combines superior artificial intelligence, machine learning, and quality control to create highly accurate planimetric deliverables. Additionally, you are able to select and pay for specific areas of your dataset so you are paying for only the acreage you need!

ROCK Vegetation Management

Power line corridor management is key to delivering safe and uninterrupted electricity. The ROCK Vegetation Management deliverable gives you the intelligence needed from your LiDAR point cloud. The deliverable will give you classification of the power line corridor you select, classify any vegetation within the distances you select to an existing power conductor, and give you 3d polygons of the encroachments.

ROCK Hydrology

ROCK Hydrology delivers a hydro-flattened topographic DEM and contours where waterbodies have a single elevation and streams and rivers are flat bank-to-bank, with monotonic flow. A hydro-flattened DEM is a topographic DEM and should not be confused with hydro-enforced or hydro conditioned DEMs, which represent hydrologic surfaces. The goal of hydro-flattening is to create an artificial water surface over water bodies which will possess basic surface characteristics of natural water.