---
title: "Scanning Wind LiDAR for Wide‑Area Wind Measurement – LiDAR Laser"
url: https://stacklist.com/card/f7305a76-ffdd-42e2-a931-75da14168154
source_url: "https://lidar-laser.com/products/scanning-wind-lidar"
stack: https://stacklist.com/stack/603d14f1-d6ba-41e3-9b10-a4b537487988
summary: "Scanning Wind LiDAR TDWL-012A is an advanced measurement system using pulsed coherent Doppler detection technology to measure atmospheric wind fields for applications in wind power, meteorology, and aviation. The system features long-range scanning capabilities (up to 12km), high pointing accuracy, and comprehensive data products including radial wind speed, wind direction, and vertical airflow measurements."
tags: "wind-lidar, doppler-detection, wind-measurement, scanning-technology, meteorology, aviation-safety, atmospheric-monitoring"
key_entities: "Coherent Doppler Wind LiDAR (technology), TDWL-012A (technology), pulsed coherent Doppler detection (concept), wind field inversion (concept), atmospheric aerosols (concept), wind resource assessment (concept), wake vortex monitoring (concept)"
classification: "reference"
content_hash: "sha256:b38b19dec0e930e6780a3ea2515d808e4aa8dac6bbd381ebea2efdacaf3c2fd3"
acp_version: "0.2"
token_counts_approximate: 641
visibility: public
agent_accessible: true
status: "final"
---

# Scanning Wind LiDAR for Wide‑Area Wind Measurement  – LiDAR Laser

Home Products Coherent Doppler Wind LiDAR Scanning Wind LiDAR Coherent Doppler Wind LiDAR Scanning Wind LiDAR Series Scanning Wind LiDAR Model: TDWL-012A The Scanning Wind LiDAR TDWL-012A scanning wind lidar targets intelligent long-range scanning wind measurement applications for wind power, meteorology, civil aviation, etc. It uses pulsed coherent Doppler detection technology, using atmospheric aerosols as tracers. By detecting the Doppler frequency shift of the backscattered echo signal from aerosols, combined with multi-beam scanning and wind field inversion, it achieves atmospheric wind field distribution measurement. It generates basic data such as radial velocity, spectrum width, spectrum intensity, and CNR. It realizes precise radial wind speed detection, while the high-precision pointing device enables scanning profiles and wind direction inversion to reconstruct wind field data. Get Quote Key Features of Scanning Wind LiDAR Small size Fast scanning speed Lightweight High pointing accuracy High data precision Large scanning range High protection rating Strong environmental adaptability High reliability Applications Wind Resource Assessment in Complex Terrain Aviation Safety & Wind Shear Detection Wake Vortex Monitoring & Optimization Meteorological Research & PBL Analysis National Defense & Precision Ballistics Support Technical Specifications Index Technical Specifications of Scanning Wind LiDAR Value 1 Visual Measurement Distance (m) 0.03 ~ 12km (Depending on weather) 2 Radial Wind Speed Range -50 ~ 50 m/s 3 Radial Wind Speed Accuracy 0.1 m/s 4 Distance Resolution 15/30/45/60m (Other resolutions configurable) 5 Pointing Device Horizontal scan: 0~360°; Vertical scan: -10~190°<br>Angular resolution: ≤0.01°; Pointing accuracy: ≤0.05°<br>Max speed (H/V): ≥50°/s 6 Scanning Modes LOS Fixed, DBS, VAD, PPI, RHI, etc. Supports custom scanning modes. 7 Data Products Radial wind speed, spectrum width, spectrum intensity, SNR, horizontal wind speed, wind direction, vertical airflow, etc. 8 Power Consumption ≤200W 9 Dimensions 380mm×380mm×670mm (Max azimuth width 465mm), Scanning diameter < φ500mm 10 Weight ≤40kg 11 Protection Rating Scanner IP67; Entire Unit IP66 12 Working Temperature (°C) -40 ~ 60 13 Storage Temperature (°C) -45 ~ 65 14 Working Humidity 0 ~ 100% 15 Wind Resistance (Gust) Able to withstand 30m/s max steady wind, 50m/s max gust Software Interface Need More Information? Our technical team is ready to help you find the perfect laser solution Request Quote Browse All Products