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

14  Apr  2026

Windtuner engineers built the Ethernet Intelligent Pressure Scanner around a single idea: the data you collect has to be trustworthy from the first sample to the last. In aerospace and turbomachinery testing, pressure data drives decisions with real consequences. A misjudged pressure coefficient can mean a redesigned component, a delayed certification, or a flight envelope that closes tighter than the data suggested it should.

14  Apr  2026

Most people picture a wind tunnel as a static setup: model bolted in place, airflow moving past, data coming in. But the more useful tests often happen when things move. Pitch sweeps. Yaw sweeps. Roll measurements. What you are really after is how forces change as the model changes attitude, and you need an actuator that can put the model where you want it and keep it there.

13  Apr  2026

Aerospace engineers work in a world where air moves faster than sound, where pressure differences of a few pascals can separate a stable wing from a stall. The five-hole probe sits at the heart of this work, measuring flow angles and velocities that wind tunnel cameras cannot catch. Windtuner builds five-hole probes that capture three-dimensional flow data accurate enough to validate CFD models.

26  Feb  2026

The big and small failures of wind tunnel testing or experiments we experience do not always occur because of airflow instability or model design limits. Its actual constraint is often within the measurement chain. Pressure signal drifts, synchronization lags, and calibration errors slow down wind tunnel operation. This causes runs and cycles to repeat, stretching the time used on not so meaningful work. This is the invisible bottleneck in wind tunnel testing.

06  Feb  2026

The Wind Tunnel Laboratory, when first introduced and put to use last century, basically operated as a cavernous space with a fan and a model. During the cold war, it saw countless missile, aircraft and rocket launch simulations. As of now, its function slowly expanded from fighter research to all kinds of aerodynamic R&D, including the adjustments and calibration of pressure measurement tools themselves.

23  Jan  2026

While large-scale simulation is becoming a crucial method in aerodynamic research, we still see wind tunnels widely implemented. Around the world, various groups and facilities are investing large sums to create larger, more powerful or more specific wind tunnels, proving their importance in many fields.

19  Jan  2026

Let’s talk about wind tunnels and sports. There is no sport more related to aerodynamics than F1. In the regard of car development, wind tunnels are utmost-even with the rise of advanced computational tools.

20  Nov  2025

Flow-field measurement hinges on reliable data, and data depends on accurate sensors. Pneumatic probes, pitot tubes, and airspeed sensors all require rigorous calibration before they are deemed usable. A purpose-built calibration wind tunnel drives that accuracy by recreating controlled aerodynamic conditions that restore and validate the performance of these instruments.

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.