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

18  Nov  2025

Following the acceleration of civil aviation, aerospace R&D, and energy equipment engineering across global industrial chains, the demand for accurate and stable pressure scanners rises sharply. A pressure scanner doesn’t qualify as the most complicated device, but it is critical for wind-tunnel campaigns, engine tests, and gas-turbine verification. Experiments depend on its accuracy, stability, and response speed.

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.

12  Nov  2025

In modern aerodynamic testing and flow-field measurement, pressure scanners convert multi-point pressure signals in the flow field into electrical signals and delivers data that researchers analyze and trust. Its performance is essential for securing the accuracy and reliability of every test.

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.

10  Nov  2025

Pressure scanners play a decisive role in aerospace wind tunnel tests, engine test benches, gas turbines, and flight experiments. Their measurement performance directly determines the authenticity of test data and the reliability of engineering decisions. When selecting a pressure scanner, clients often focus on several critical performance indicators: accuracy, sampling frequency, channel count, and pressure range.

04  Nov  2025

In low-altitude aircraft R&D, the accuracy of the devices we use to measure aerodynamic parameters is fundamental. A recent breakthrough comes from the series of five-hole differential airspeed probes developed by Windtuner. These probes fulfill what we expect from highly precise aerodynamic measurement instruments. We successfully integrated advanced functions like multidimensional data acquisition into a compact, intelligent structure.

30  Oct  2025

In an engine test room, a deviation no thicker than a strand of hair can cause losses worth millions. In a wind tunnel, a 0.1% drift in readings can invalidate months of research. When a pressure scanner becomes the vital ‘stethoscope’ for experimental measurement, the growing number of manufacturers has made quality differentiation increasingly difficult.

29  Oct  2025

In calibration wind tunnel experiments, changes in model attitude cannot be ignored. In particular, when a discrepancy occurs between the model’s attitude under aerodynamic load and at zero load, this inconsistency can lead to data errors, thereby affecting the accuracy of calibration results. To address this issue, Windtuner Technology recommends the use of optical non-contact methods for real-time displacement 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.