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Wind & atmospheric monitoring
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Providing detailed wind profiles and atmospheric data, LiDAR a valuable tool for wind energy assessment, weather forecasting, cloud ceiling estimation, and air quality monitoring.
Deployment by drone
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Rapidly survey and map inaccessible sites and environments by drone. This approach can be valuable across a multitude of applications including forestry, topography, building sites, farm land and urban environments, and for TV and movie production.
Handheld & wearable
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Handheld and wearable LiDAR scanners offer significant advantages due to their portability, speed, and ability to capture detailed 3D data in confined spaces. Highly versatile, allowing for efficient data collection in complex or hard-to-reach areas, while also being user-friendly and requiring minimal setup.
Survey, construction & engineering
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Ideal for digital model generation, accurate volumes calculation, Building Information Modelling (BIM). When applied to construction & engineering projects can lead to improved project outcomes compared to traditional methods.
For cars & autonomous vehicles
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Rapidly capture large urban areas by deploying LiDAR by car. In autonomous vehicles, LiDAR can significantly improve road safety and works both day and night.
Point cloud & 3D modelling software
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Generate highly accurate 3D models and geospatial data. High precision, speed, and versatility in data processing. High quality 3D models can improve decision-making across a range of applications.
(DEMO TESTIMONIAL) “I was blown away by the quality of 3D models I was able to create and how easy it was to use. It's perfect for both indoor and outdoor use! Great service from ARRAY, Thanks”
Johny Angelo
verified user
(DEMO TESTIMONIAL) "It was super easy to hook the XT-32 LiDAR to my drone! It is light weight and I have been able to complete my projects with ease. The people at ARRAY took the time to make sure I had the correct product for my needs, highly recommended"
Sarah Paige
verified user
(DEMO TESTIMONIAL) "The LiDAR360 software helped us to process our data quickly and get the project delivered on time. Great customer service at ARRAY. Thanks!"
Michael Goodman
verified user
Frequently Asked
Questions
What is LiDAR?
LiDAR, which stands for Light Detection and Ranging, is a remote sensing method that uses laser light to create detailed 3D models of the Earth's surface and objects. It works by emitting laser pulses and measuring the time it takes for the light to bounce back, allowing for precise distance measurements and the creation of point cloud data. This data can be used to generate digital elevation models (DEMs), assess vegetation height and density, and even map structures and infrastructure.
How does LiDAR work?
LiDAR can be classified in several ways, but two primary categories are Topographic and Bathymetric.Topographic LiDAR uses near-infrared lasers to map land surfaces, while Bathymetric LiDAR uses green light to penetrate water and map underwater features like seafloors and riverbeds.
What applications can LiDAR be used for?
Here are some key applications of LiDAR:
Airborne LiDAR:Typically mounted on airplanes, helicopters or drones, used for large-area mapping, including forests, urban areas, and coastal regions.
Terrestrial LiDAR:Operates at ground level, either mounted on a stationary tripod (static) or on a moving platform (mobile). Used for detailed surveys of smaller areas, infrastructure, and archaeological studies.
Mobile LiDAR:A type of terrestrial LiDAR, mounted on vehicles or other moving platforms, used for applications like autonomous navigation and road mapping.
Satellite LiDAR:Used for large-scale topographic mapping and atmospheric studies from space.
Are there different classes of LiDAR?
Yes, here are some examples:
Rotating LiDAR scans by physically rotating the laser, producing a 360-degree point cloud.
Solid-State LiDAR uses microelectromechanical systems (MEMS)
or optical phased arrays (OPA) to steer the laser beam, offering advantages in size and reliability.
Flash LiDAR Illuminates the entire scene at once, capturing a single image, often used for short-range applications.
Incoherent (Direct Energy) Detection measures the amplitude of the reflected light.
Coherent Detection measures changes in the phase of the reflected light, often used in Doppler radar applications.
Differential Absorption LiDAR (DIAL): measures gas concentrations by analyzing the absorption of specific wavelengths of light.
Atmospheric LiDAR used for studying the atmosphere, including aerosols, clouds, and wind profiles.
FEATURED
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(DEMO PRODUCT) OmniSLAM Vehicle Mounted LiDAR Scanner T8
The OmniSLAM T8 is a cutting-edge vehicle-mounted LiDAR system featuring triple LiDAR scanners and panorami...
(DEMO PRODUCT) LiGrip H300/H120 Handheld / Backpack / Drone / Vehicle mounted LiDAR Scanner by Green Valley International
LiGrip by Green Valley International is a new series of products launched by GreenValley International. The...
(DEMO PRODUCT) RESEPI-HESAI XT32M2X by Inertial Labs
The RESEPI XT-32M2X by Inertial Labs was strategically designed for multiple application bases with mountin...
(DEMO PRODUCT) Molas B300M - Offshore Wind Monitoring LiDAR
Key Features Measuring distance: from 30 to 30m, configurable; Easy to mobilise and setup: smaller di...
(DEMO PRODUCT) Trion Model Software – Pre-processing Software For Trion P1/S1/S2 LiDAR
Experience easy point cloud data manipulation and analysis with FJD Trion Model, featuring a user-friendly ...