Expert Drone and Terrestrail Lidar Services for
Aerial Mapping and Surveying
1,280,000 points per second and 0.5cm range accuracy. Aerial, handheld and mobile scanning.
Revolutionizing drone LiDAR Acquisition with Cutting-Edge Technology At High Road Solutions, we are dedicated to providing the best drone LiDAR services for professionals across the country, including surveyors, engineers, foresters, and geographers. Our expertise in aerial mapping and surveying, combined with cutting-edge technology, enables us to collect up to 600 acres of data per day, saving time and money for our clients.
Our Complete Survey-Grade 3D Mapping Solution Our LiDAR sensor is a complete survey-grade 3D mapping solution that integrates the new Hesai Pander XT32 sensor with a high accuracy GNSS, IMU, and a 24MP Sony camera. This advanced technology enables us to deliver accurate and detailed data that can be utilized for various purposes.
750
ACRES PER DAY
Rogue Reconnaissance specializes in large aerial mapping projects of various complexities. Our teams consist of GIS Specialists that are Part 107 Certified with hundreds of hours of aerial acquisition experience.
Flying with the best equipment such as the Hesai Pander XT32 sensor, our pilots can capture up to 600 acres per day. The data we provide is guaranteed to be high-quality that will be delivered in a timely manner complimented with competitive pricing
What is Drone LiDAR?
LiDAR stands for Light Detection and Ranging, which is a remote sensing method using light in the form of pulsing lasers to measure different distances from the sensor to the Earth with precision accuracy. Over a million pulses per second are recorded, which generate precise 3D models of the Earth's surface and anything above. When a drone flies over a specific area, the LiDAR sensor sends out laser pulses that measure the amount of time it takes for the signal to return. A point cloud file is then created and used by professionals such as researchers, surveyors, and engineers that are then delivered to clients for many different uses.
The many uses for Drone LiDAR
LiDAR is used by professionals with varying backgrounds for many different applications
Applications for LiDAR:
Professional Surveyor
Hydrology
Forestry Management
Oil and Gas
Documenting Erosion
Mining
Coastal Erosion Management
Landfill Management
Powerline Corridor Mapping
Professional Engineers
Bridge Inspection
Military
Solar Farm
Biology and Conservation
Environmental Research
Land Development
Real Estate
Road Development
Structure Modeling
Planimetrics
199 acres of dense vegetation scanned with a drone LiDAR unit for a land development project
Accurate contours generated from the surface of the 3d point cloud with an average vertical accuracy of 1.95 cm
Applications for Drone LiDAR
Dense Vegetation
LiDAR mounted drones can identify ground surfaces through thick vegetation through small gaps in the canopy or brush. Traditional methods can take weeks where drone LiDAR can collect data over large areas in a short amount of time. This type of data acquisition is useful for land surveying, forestry management, and realty capture.
Coastal Restoration & Analysis
Assess volumetric loss of sediment from dunes to eroding coastlines and compare changes over time. Use drone LiDAR to compare manmade and natural erosion processes by collecting up-to-date data on a regular schedule or as needed.
Elevation Modeling
Our LiDAR data can be used by professionals to produce highly accurate 3D models for specific project needs. For example, locate low points on agricultural land for future irrigation planning. Our data is useful for many industries such as development planning, civil engineering, construction, and land investment.
Utility Corridor Mapping & Right of Way Encroachment
Utility companies can use drone LiDAR's highly detailed classified point clouds in ROW encroachment monitoring by highlighting vegetation hanging over transmission lines. Managers can quickly identify potential risks and direct crews as needed. LiDAR data is also useful for future construction and planning of new utility corridors.
City Planning
Precise data is used for city planning and documentation. Accurately digitize buildings, roads, street trees and their diameter/species, power poles and transmission lines. A high-resolution RBG camera paired with a LiDAR sensor gives city managers and GIS specialists excellent data to build from.
Volumetrics
Drone LiDAR can collect data that is used to measure volumes in various areas. This is useful for landfills, mining, aggregates, dredging, industrial sites, or anywhere else that volume measurements are needed.
