Press releases, press photos and other material for editorial coverage of Windtuner.

24  Nov  2025

Researchers face a crowded market of five-hole probe suppliers, yet the differences behind those products are anything but small. Making the right decision hinges on understanding what truly defines a capable manufacturer and how those capabilities translate into accurate, reliable flow-field data. This article breaks down the essential criteria and offers a clear reference point for selecting a trustworthy partner.

13  Nov  2025

Accurate airflow measurement is the basis behind every stage of low-altitude aviation and aircraft development. Windtuner’s self developed five-hole airspeed probe offers that accuracy with a design that captures airflow speed, direction, and pressure distribution, the five strategically placed ports on the probe head sense multi-directional pressure changes and feed them into Windtuner’s aerodynamic algorithms to compute critical parameters.

11  Nov  2025

The five-hole probe, an essential instrument for acquiring multi-dimensional flow parameters, enabling accurate measurements of velocity, flow direction, and pressure distribution across complex spatial flow fields. As a leading flow measurement and control technology enterprise, Windtuner elevates this field with advanced five-hole probe customization, a professional calibration infrastructure, and large-scale production capacity that raise the standard for accuracy and consistency.

07  Nov  2025

3D printing is reshaping the aerodynamic measurement field across aerospace, automotive, and energy industries. Traditional probe manufacturing, limited by machining accuracy and complex assembly, often falls short in achieving the precision and structural complexity demanded by modern experiments. Windtuner takes flight into the 3d printing trend to produce multi-hole probes with micron-level consistency, unlocking new possibilities for aerodynamic testing.

06  Nov  2025

In aerospace, turbomachinery, automotive aerodynamics, and wind tunnel testing, accurate three-dimensional flow measurement remains a cornerstone of aerodynamic research. Windtuner has introduced its Five-Hole Probe Anemometer, a compact and affordable instrument that delivers research-grade precision at a fraction of the typical cost—providing an accessible, high-value solution for 3D flow field measurement.

24  Oct  2025

With precision measurement technologies advancing rapidly across aerospace, automotive engineering, and energy systems, the market demand for five-hole probes continues to grow. A key instrument when it comes to accurate measurement of fluid velocity, flow direction, and pressure distribution, the five-hole probe plays a central role in aerodynamic experiments, wind tunnel testing, and flow diagnostics.

20  Oct  2025

Windtuner is redefining aerodynamic testing with its accurate five-hole probes, engineered to deliver accurate measurements in complex three-dimensional flow fields. Widely used in wind tunnel experiments, engine development, and aerodynamic performance testing, these probes capture detailed airflow velocity, flow direction, turbulence intensity, and other critical parameters, providing engineers and scientists with the data needed to optimize designs and elevate performance.

13  Oct  2025

The five-hole probe, as a representative of multi-hole aerodynamic probes, plays an essential role in three-dimensional flow field measurements. Its unique five-aperture geometry head design is available in spherical, conical, or pyramidal forms. This practical and advanced design accurately captures key parameters such as total pressure, static pressure, flow velocity, and flow angularity.

25  Sep  2025

The five-hole probe, the most common multi-hole aerodynamic probe, utilizes its unique five-hole structural design (featuring spherical, conical, pyramidal or other heads) to accurately measure key parameters in three-dimensional flow fields, including total pressure, static pressure, flow velocity, and flow direction angle. It is an indispensable high-precision pressure measurement tool in wind tunnel testing, turbo machinery flow field analysis, and aircraft aerodynamic testing.