Enhancing Lower-Atmosphere Sampling with Windsond S2 Executive Summary Modern weather prediction models now deliver forecasts at finer scales, but the number and quality of in-situ atmospheric observations lag behind, creating a critical “data gap.” Win... Boundary-Layer Research Fire-Weather Studies Lightweight Radiosonde Numerical Weather Prediction Remote Field Measurements Temperature Humidity Wind Profiles Windsond Sep 20, 2025
Windsond Data Featured in Recent Atmospheric Study A research group from the Department of Meteorology at The Pennsylvania State University (Penn State) recently published a paper ( Stouffer et al., 2024 ) on the use of Dual-Polarization Weather Radar... Atmospheric Profiling Boundary-Layer Research Convective Boundary Layer In Situ Measurements Lightweight Radiosonde Windsond Nov 20, 2024
Dual-Balloon Radiosonde Launching Advances Tornado Research Executive Summary Severe-weather researchers face immense challenges when probing the inflow regions of tornadoes: extreme winds, rapid pressure changes, and limited launch sites. The Swarmsonde syste... Atmospheric Sensors Boundary-Layer Research Dual-ballon Radiosondes Tornado Research Windsond Nov 16, 2020
High-Resolution Methane Mapping from UAVs Executive Summary Sparv Embedded partnered with Linköping University to create a lightweight, high-precision methane (CH₄) monitoring kit for small drones. By integrating Aeris Technologies’ MIRA Seri... Aeris MIRA Sensor Boundary-Layer Research Drone-Based Monitoring Methane (CH₄) UAV Sensor May 23, 2019