High-Fidelity 3D Wind Flow Measurement for Aerodynamic Testing

The WindProbe 3D from Tyto Robotics is a compact and high-resolution aerodynamic wind flow measurement system purpose-built for indoor environments requiring precise characterization of turbulent air movement. Incorporating a miniaturized pyramidal tip sensor, synchronized camera array, and proprietary software suite, it delivers spatially resolved three-dimensional airflow data essential for optimizing the aerodynamic behavior of defense UAVs, munitions, and rotorcraft systems during benchtop or wind tunnel testing.

Designed for controlled-lab validation of complex flow dynamics, the WindProbe 3D offers a 40-degree flow acceptance cone and captures measurements at a 200 Hz acquisition rate. Engineered with 0.1% FSS pressure sensor accuracy, it ensures dependable readings across a velocity spectrum of 2 to 20 m/s. By enabling test engineers to map micro-scale turbulence and unsteady vortices in real-time, the system enhances the development of maneuverable, low-signature aerial platforms across a broad range of defense applications.