Portable Boundary Layer Wind Profiler

Designed for mobile deployments and cost-effective boundary layer observations. 

• Continuous wind profiling up to 3–4 km AGL  

• Lightweight trailer-mounted design for rapid deployment  

• Innovative hexagonal beam steering with solid-state phase shifters  

• Six electronically steered beams plus one vertical beam  

• Optional RASS for virtual temperature profiling  

• Ideal for research campaigns, wind energy, and emergency response  

• Cost-effective entry into radar wind profiling  

High-Performance Boundary Layer Wind Profiler 

Engineered for organizations requiring maximum sensitivity and continuous operational performance. 

• Continuous boundary layer and lower tropospheric wind profiling  

• Large high-gain parabolic antenna for exceptional sensitivity  

• Optional high-power amplifier for enhanced performance  

• Excellent signal quality with low sidelobe characteristics  

• Designed for permanent operational installations  

• Ideal for airports, national weather services, and wind farms  

• Built for reliable 24/7 atmospheric monitoring  

Shipborne Wind Profiler 

Purpose-built to deliver accurate wind observations from moving vessels. 

• Designed specifically for marine environments  

• Integrated IMU continuously compensates for ship motion  

• Accurate beam pointing while underway  

• Reliable wind retrievals in dynamic sea conditions  

• Rugged construction for long-term offshore deployment  

• Ideal for research vessels, offshore wind, and naval operations  

• Continuous atmospheric observations over open water  

Portable wind profiling with expanded atmospheric coverage. 

• Continuous wind profiling up to 5–8 km AGL  

• Trailer-mounted design for rapid field deployment  

• Innovative hexagonal Yagi antenna with electronic beam steering  

• Six oblique beams plus one vertical beam  

• Optional RASS integration for virtual temperature profiles  

• Ideal for research campaigns and temporary forecasting operations  

• Affordable solution for mid-tropospheric observations  

Tropospheric Wind Profiler 

A scalable solution for operational forecasting and long-term atmospheric monitoring. 

• Continuous wind profiling throughout the troposphere  

• Typical measurement heights of 5–8 km  

• Scalable antenna arrays and transmitter power  

• Optimized for operational weather forecasting  

• Configurable to meet performance and budget requirements  

• Permanent installation for research and national networks  

• Optional RASS integration available  

Stratospheric Wind Profiler 

Designed for organizations requiring higher-altitude atmospheric observations. 

• Continuous wind profiling up to 16 km  

• Extended coverage into the lower stratosphere  

• Scalable antenna architecture for optimized performance  

• Configurable transmitter power  

• Ideal for operational forecasting and atmospheric research  

• Designed for permanent installations  

• Supports national weather networks and test ranges  

Extended Stratospheric Wind Profiler 

Greater altitude coverage for demanding upper-air applications. 

• Continuous wind profiling up to 18 km  

• 200 MHz operating frequency for enhanced atmospheric reach  

• Fully scalable antenna and transmitter configurations  

• Tailored to specific performance requirements  

• Excellent for upper-atmosphere research  

• Supports launch operations and atmospheric studies  

• Permanent installation architecture  

Mesosphere–Stratosphere–Troposphere Wind Profiler 

The ultimate solution for high-altitude wind profiling. 

• Continuous wind profiling up to 20 km  

• 50 MHz architecture for maximum atmospheric penetration  

• Fully scalable antenna arrays and transmitter power  

• Exceptional sensitivity for upper-atmosphere observations  

• Ideal for atmospheric research and space launch facilities  

• Proven performance supporting NASA and scientific research  

• Engineered for the most demanding operational environments  

Legacy Wind Profiler Upgrade 

Modernize existing radar wind profiler systems without replacing the entire installation. 

• Upgrade existing LAP-3000 and legacy profiler systems  

• Reuse existing antenna, amplifier, and clutter screen  

• New digital transceiver and electronics  

• Modern health monitoring and diagnostics  

• Solid-state antenna phase shifters  

• Improved reliability with lower lifecycle costs  

• Protect your existing investment while extending system life