
05 Jan 2026
Stablized UAV Flight in Complex Environments, and Five-Hole ProbesThe airspeed probe is critical for modern unmanned aerial vehicle system flight perception. Flight control systems rely on the aerodynamic data collected to maintain stability, safety, and performance. Among available solutions, the five-hole differential airspeed probe stands out for its ability to acquire multiple flow parameters simultaneously with high accuracy, making it a core component in high-performance UAV platforms operating in complex environments.

31 Dec 2025
A Quick Explanation of How a Five-Hole Probe WorksA five-hole probe is a type of multi-hole probe. By measuring pressure signals from five individual ports, it can reconstruct the total pressure, static pressure, flow velocity magnitude, and flow direction into a three-dimensional flow field.

29 Dec 2025
The Backbone of Low-Altitude Aviation: Windtuner Pressure Scanners and Airspeed Measurement SystemsThe low-altitude economy has become one of the most closely watched emerging industries by the modern world. The emphasis of low-air economy has been highlighted in proposals for the 15th Chinese Five-Year Plan and many American government agendas, Among all its applications, electric vertical takeoff and landing aircraft (eVTOL) stand out as the most commercially promising platforms.

22 Dec 2025
Windtuner Pressure Scanners Offer Performance Testing for Small Gas TurbinesOften described as the ‘crown jewel’ of advanced manufacturing, gas turbines are a display of a nation’s industrial strength and play a critical role in defense, energy, and strategic infrastructure. In recent years, small gas turbines have gained growing attention across transportation, emergency power generation, and distributed energy systems. Their ability to respond rapidly to fluctuating power demand highlights their flexibility and operational efficiency.

19 Dec 2025
Windtuner Pressure Scanners: A Clear Solution to Complex Measurement ChallengesDue to how ‘perfected’ planes and engines already are today, modern engineering often demands minute accuracy at every stage. Researchers rely on pressure data to validate designs and make decisions. That’s why the process of pressure measurement often comes with many frustrations. Windtuner pressure scanners are intended to be a solution to these issues, offering a smart, reliable, and user-focused approach to flow field measurement.

16 Dec 2025
Versatile, Accurate, Reliable: Advancing Pressure Scanner Technology with WindtunerIn the field of modern aerodynamics and turbomachinery, the demand for accurate flow measurement has never been greater. Be it while testing aerospace engines, evaluating gas turbine performance, or conducting wind tunnel experiments, accurate pressure data lies at the heart of engineering innovation. For engineers, researchers, and laboratories worldwide, pressure scanners are indispensable tools that read raw flow fields and action them into valuable insights.

11 Dec 2025
What the Disappearance of the Nose Pitot Reveals About Fighter Development, and Why Airspeed Measurement Still MattersIf you are interested in modern fighter aircraft development, you may have noticed a subtle but telling detail on many prototype airframes: a long, slender airspeed probe extending from the nose. Yes, this probe is one of the most recognizable features of a prototype, and it has long served as an external marker of a fighter’s early development phase. In many cases, the presence, relocation, or removal of the air probe teaches us much about the progress of a program.

10 Dec 2025
Key Considerations for Research Institutes When Customizing a Five-Hole ProbeIn advanced flow field research, research institutes rely on accurate and repeatable aerodynamic data to validate theories and support innovation. The five-hole probe stands at the center of this process, providing essential measurements of airflow velocity, direction, and pressure distribution. As experimental environments grow more complex, off-the-shelf probes often fall short. Custom five-hole probes have therefore become the preferred solution for research institutes.

03 Dec 2025
Air and Nitrogen as Pressure Sources for Pressure ScannersPressure measurement devices are costly and delicate instruments, the combination of many advances technologies. In the application of pressure scanners, the source of pressure used strongly affects measurement accuracy and overall stability. To sustain accuracy and protect its long-term operation, the pressure source is strictly limited to clean, dry air or nitrogen.
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Supporting Control System
Drive the sensor module to make accurate movement in a three-dimensional coordinate system, providing efficient and accurate measurement.
Support center
Fine knowledge of the product
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