The Science Behind the Five-Hole Design
A five-hole probe is one with five measurement ports strategically arranged on its probe head. As airflow passes through the probe, the pressure differences are detected and analyzed at each port using advanced algorithms. The probe then calculates the fluid velocity, flow angles, and turbulence characteristics. The five-hole probe is designed to complete its measurement accurately even in complex 3D flow fields, that’s why its an indispensable tool for understanding complex aerodynamic environments.

Tailored for Demanding Aerodynamic Applications
In practical applications, Windtuner’s five-hole probes provide valuable insights across industries. In wind tunnels, they reveal detailed airflow patterns over models and surrounding spaces, enabling design refinement. In engine development, the probes assess internal flow fields, guiding the optimization of combustion, compression, and other critical components. Their versatility extends to aerospace, automotive, maritime, and wind energy sectors, supporting precise design adjustments and enhanced product performance.
Customization, Calibration, and Complete Support
Windtuner stands out for its fully customizable probe solutions. Each five-hole probe can be tailored in terms of shape, size, material, and configuration to meet specific testing requirements, including high-temperature, high-pressure, or complex aerodynamic conditions. Beyond delivering top-quality probes, Windtuner provides comprehensive support, including technical consultation, system installation, and data analysis, ensuring clients maximize the probes’ measurement capabilities and overcome technical challenges in real-world applications.
With Windtuner five-hole probes, engineers gain a reliable, accurate and multifunctional tool to examine flow fields, upon which they can make adjustments and improve the design of aerodynamic subjects. Custom in shape and function, enduring in accuracy and tech support - this is how you set new standards for aerodynamic measurement and control.
















