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

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.

05  Nov  2025

In complex measurement and control environments such as wind tunnel testing, engine test benches, and flight experiments, the pressure scanner serves as the core hardware for multi-point pressure acquisition. Its compatibility with analysis software and testing systems directly determines the efficiency and reliability of the entire testing framework.

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.

03  Nov  2025

When clients invest in precision measurement equipment like the five-hole probe, they are in fact building a long-term technical partner relationship. In fields such as aerospace, turbomachinery, and wind tunnel research, even a small error in measurement can compromise months of experimental work. This is why Windtuner has built its reputation on manufacturing excellence and its exceptional service system that integrates consultation, customization, training, and long-term support.

31  Oct  2025

Time and precision are the factors of success in the world of scientific research. Every delay, deviation, or equipment failure can delay an experiment or waste month-full finished progress. For laboratories and test centers, investing in a high-quality and reliable instrument is not just a matter of equipment purchase—it is a safeguard for research efficiency and data credibility.

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.

28  Oct  2025

In scientific research and engineering projects, a pressure scanner is one of the most critical components within any flow measurement system. It is no secret that it is also a very costly device. That’s why during selection and purchase, it is difficult to ignore the price factor. However, many users focus only on the ‘purchase price’ while overlooking the total cost of ownership across the product’s entire lifecycle. This may lead to some ‘unpleasant surprises’ in terms of after-sale expenses.