Products / Tyto Robotics / WindProbe 3D
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Drone Test Stands for Motor & Propeller Testing, Wind Generators for Free-Flight & Drone Resistance Tests

Tyto Robotics / WindProbe 3D

WindProbe 3D

Portable 3D Wind Flow Measurement and Visualization System

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Discover the Power of WindProbe 3D: Revolutionizing Wind Measurement!

Introducing WindProbe 3D: A Cutting-Edge Solution for Aerodynamic Flow Analysis

WindProbe 3D stands out as a state-of-the-art portable system for measuring and visualizing aerodynamic flow, specifically tailored for both wind tunnel and open-air applications. This innovative solution combines a sophisticated multi-hole probe with a motion capture framework, utilizing high-speed cameras alongside the proprietary WindVision software. Users can manually scan designated areas to acquire detailed 3D data on aerodynamic flow fields.

Versatile applications in Controlled Environments

Designed to work seamlessly with the Windshaper fan array system, WindProbe 3D offers exceptional flexibility in wind characterization and visualization. It is indeed especially beneficial in settings such as drone progress laboratories, robotics testing facilities, and academic research centers focused on wind dynamics.

thorough Flow Measurement Capabilities

This all-in-one solution captures essential flow metrics, including pressure, velocity, and the angle of attack of fluids. It boasts an impressive data acquisition rate of 200 Hz and operates effectively within a velocity spectrum of 2 to 20 m/s. The WindVision platform enhances user experience by providing real-time 3D visualizations and facilitating data export for computational fluid dynamics (CFD) analysis and iterative testing processes. Pre-calibrated and compliant with both U.S. and European standards, WindProbe 3D ensures rapid setup through a user-pleasant USB interface.

Modular design for Enhanced Usability

With its modular design and user-centric approach, WindProbe 3D enables high-precision data collection without the extensive infrastructure typically required by conventional wind tunnels.

Technical specifications

Flow Velocity Range 2 – 20 m/s
Data Acquisition Frequency 200 Hz
Flow Acceptance Cone 40°
Probe Tip Geometry Pyramidal
Pressure Sensor Accuracy 0.1% FSS
Operational Habitat Indoor

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