What are the tools in the truck?

We utilize state-of-the-art industrial grade LiDAR sensors, Enterprise imagery acquisition platforms, and survey grade GNSS systems to acquire high-density geo-referenced surface data.

We recognize there is no ‘one-size-fits-all’ approach to data collection. What matters most is the final, compliant dataset — not the platform used. We will work with your team to employ the most appropriate application to acquire the data while maintaining schedule and budget - Efficiency & Accuracy are matched to project specs!

Cherokee Imaging offers both UAV and manned aircraft collection; matching the right platform to the project's scale, accuracy requirements, terrain and budget/schedule

Drone collections excel on smaller, complex, or constrained sites

Unmanned systems can acquire ~500+ acres/day
High density, full-site data capture - no revisits required
Suited for detailed surface measurements (volumes, fine modeling, powerlines, etc)

Manned aircraft collections are the most efficient solution for large and/or dispersed area mapping, regional corridors, and long linear projects.

Wide area coverage - thousands of acres in single collection
Easier access to austere areas
Responsive collection timelines

Both reduce your personnel's risk to hazardous terrain and high-traffic areas. Less time and footprint on site

Mobile mapping systems provide a highly efficient solution for collecting dense, asset-level data along roadways, rail corridors, and urban environments. Vehicle-mounted LiDAR delivers extremely high point densities at street level, capturing detailed features with survey-grade accuracy such as pavement, curb and gutter, signage, utilities, structures, and roadside assets.

Reduced traffic impacts – Vehicle collections at normal traffic speeds & minimizes the need for lane closures, flagging, or ground crew exposure to hazardous environments.
Effective in complex environments – Performs well under tree canopy, near buildings, and in areas with restricted or congested airspace.
Seamless integration with aerial data – Complements manned aircraft and drone collections by filling ground-level data gaps.

SLAM (Simultaneous Localization and Mapping) LiDAR provides a flexible solution for collecting high-density spatial data in environments where traditional GNSS-based systems are limited or unavailable. SLAM LiDAR enables accurate data collection in GPS-denied or GPS-challenged areas such as building interiors, tunnels, dense urban corridors, underpasses, parking structures, industrial facilities, and heavily forested sites. SLAM LiDAR is particularly effective for capturing detailed 3D geometry for as-built documentation, facility mapping, and BIM modeling, integrating seamlessly with aerial, drone, and mobile LiDAR datasets to provide a complete, end-to-end spatial solution.