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

05  Dec  2025

Five-hole probes serve as essential instruments for accurate fluid field measurement in aerospace, automotive, wind energy, and other demanding industries. They capture airflow pressure from multiple directions and deliver the aerodynamic data required for design validation and performance optimization. As testing environments grow more complex and client requirements become more specialized, the demand for customized five-hole probes continues to rise.

04  Dec  2025

Efficient operation drives every successful experiment, especially when engineers work with high-accuracy instruments. Pressure scanners require frequent plugging and unplugging during installation and testing, and once multiple scanners enter the workflow, the workload skyrockets. Windtuner developed dedicated plugging pliers for pressure scanners to answer this demand, delivering a faster, safer, and far more controlled way to handle these connections.

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.

28  Nov  2025

An airspeed tube, widely known as a Pitot tube, or airspeed probe, is an scientific instrument that measures the aircraft’s relative airspeed. For this reason, it plays a critical role in flight safety. The probe must be mounted where airflow remains stable and minimally disturbed. Fighter aircraft typically place the probe on the nose, vertical tail, or wingtip, while helicopters and commercial jets often install it on the nose or along the fuselage.

27  Nov  2025

From traditional oil and gas facilities to new-energy systems built around wind power, solar power, and hydrogen technologies, the global energy industry is undergoing a profound transformation. This shift reshapes not only how energy is produced and consumed; it also accelerates technical R&D, pushes equipment upgrades, and elevates efficiency requirements across every stage of engineering. Within this surge of innovation, the five-hole probe has become an indispensable aerodynamic measurement tool that supports testing and development for a wide spectrum of energy technologies.

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.