Brief: In this video, we provide an informative overview of the Molas 3D Wind Lidar system. You'll see how its advanced Doppler technology and 3D scanning capabilities deliver accurate, real-time wind measurements from -10 to 190 degrees vertical range. Discover its applications in marine navigation, harbor operations, and complex terrain assessment, and learn how it supports up to 300 distance layers for precise environmental monitoring.
Related Product Features:
Provides detailed 3D wind field measurements with refined resolution and up to 300 customizable distance layers.
Offers an extensive sight detection range of up to 10 km, effectively monitoring areas below 600 meters.
Achieves high precision with 0.005° pointing accuracy and 0.1 m/s wind speed accuracy.
Supports multiple scanning methods including PPI, RHI, DBS, and programmable arbitrary scans.
Features a compact, lightweight design for flexible deployment and easy relocation in various environments.
Built for all-weather durability, surviving harsh outdoor conditions with LPz0 compliance and lightning protection.
Ensures safety with integrated GPS location reporting, geo-fencing, and data encryption to prevent leaks.
Allows multiple configuration options with four distance resolutions and five accumulation times.
FAQs:
What is the vertical measurement range of the Molas 3D Wind Lidar?
The Molas 3D Wind Lidar has a vertical measurement range from -10 to 190 degrees, allowing comprehensive wind profiling from near-ground levels to high altitudes.
How many distance layers can the Molas 3D system support for wind measurement?
The system supports up to 300 customizable distance layers, enabling highly precise and detailed data collection across the monitored area.
What scanning methods are available with this lidar device?
It supports multiple scanning modes including PPI (Plan Position Indicator), RHI (Range Height Indicator), DBS (Doppler Beam Swinging), and programmable arbitrary scan methods for versatile application needs.
Is the Molas 3D suitable for marine and harbor applications?
Yes, it is designed to support marine navigation and harbor operations by providing accurate real-time wind speed and direction data essential for safe and efficient maritime activities.