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

03  Dec  2025

Pressure 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.

02  Dec  2025

A digital pressure scanner fuses modern electronics, sensor modules, and calibration technologies into a compact measurement instrument with high accuracy, swift transmission, and easy installation. Windtuner pressure scanners follow this concept. Every unit integrates sixteen pressure sensors, paired with an electronic multiplexer and a high-performance A/D converter.

01  Dec  2025

Data is the basis of every successful experiment. It verifies theories, uncovers aerodynamic behaviors, and accelerates innovation. As test environments grow more complex and accuracy demands rise, traditional single-device measurement approaches no longer keep pace. Researchers now seek integrated, intelligent systems that merge hardware with advanced software.

26  Nov  2025

Across aerospace programs and aerodynamic research labs, the pressure scanner market has quietly grown into its own specialized segment. Whether in university wind tunnels, compressor rigs for engines, or small gas turbine test benches, 16-channel equipment has become the standard for flow-field pressure measurement. Yet devices that look identical on paper often deliver dramatically different performance, reliability, calibration consistency, and service life.

25  Nov  2025

Extra, usable space is among the most valuable resources inside and around an aircraft. With more sophisticated flight-test programs and more measurement points per campaign, traditional sensor-point setups no longer satisfy real space, weight, and system integration conditions. The shrinking size of modern pressure scanners reflects a deeper shift across aviation measurement and control: a movement toward higher accuracy, deeper integration, and smarter onboard systems.

21  Nov  2025

Modern fluid dynamics research runs on the essential capability of capturing flow-field details with accuracy and speed. From aerospace and gas turbines to automotive aerodynamics and wind energy, engineers face the same challenge of extracting reliable pressure and velocity data from flow environments. Among the tools that now define advanced flow-field testing, researchers discovered that pairing the combination of a five-hole probe and a pressure scanner has spectacular properties.

19  Nov  2025

In modern flight testing for aircraft engines, pressure scanners are redefining how aerodynamic parameters are measured. Traditional methods struggle with dense measurement points, limited onboard space, and harsh environmental conditions. Windtuner, a leading enterprise in flow-field measurement and control, drives the shift toward accurate, integrated, and environment-ready data acquisition.

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.

14  Nov  2025

As wind tunnel experiments, engine test benches, and flight testing evolve toward higher loads and tighter tolerances, pressure scanners have become central to every major measurement and control setup.  Windtuner has steadily earned the confidence of research institutes and industry partners through strong R&D, rigorous calibration systems, and engineering-driven product design, becoming a representative flow field measurement and control innovators.