AEROTEC 2026 opened today at the Changwon Exhibition Convention Center (CECO) in South Korea. WINDTUNER is exhibiting pressure scanners, pneumatic probes, anemometers, airspeed probes, and thermocouple data acquisition units at Booth A-18. The display gives professionals in aerospace development, wind tunnel testing, and test and measurement a closer look at a range of flow measurement and control equipment. The expo runs through October 2, and attendees can visit the booth to learn about the equipment and discuss specific measurement tasks with the WINDTUNER team.
Discussing Product Applications and Measurement Needs
Industry professionals have stopped at the WINDTUNER booth to discuss product applications and measurement needs. Throughout the expo, Booth A-18 will feature pressure scanners, pneumatic probes, anemometers, airspeed probes, and thermocouple data acquisition units. Attendees are welcome to stop by and see the equipment.
Flow Measurement and Data Acquisition Equipment on Display
A pressure scanner brings multiple pressure points into a single instrument for consistent setup and recording. Channel count is only part of the configuration. The test also needs the right range, reference pressure, sampling method, tubing connections, and data synchronization. At the booth, attendees can see the pressure connections and channel layout and discuss a configuration based on their measurement-point count and pressure range.
A pneumatic probe senses flow pressure through its pressure ports. Depending on the number and arrangement of those ports, a probe can measure total pressure, static pressure, velocity, and flow angles. An anemometer measures airspeed and related flow parameters in laboratories, research tests, and other applications where airflow needs to be characterized. Choosing either instrument requires attention to speed range, flow angle, probe size, available installation space, and calibration requirements.
An airspeed probe is a sensing component in aircraft airspeed measurement and air data systems. It provides total pressure, static pressure, and other signals used to calculate airspeed and related parameters. Different aircraft have different requirements for geometry, mounting location, interfaces, heating, and measurement range, so the probe must be matched to the platform and downstream air data equipment.
A thermocouple data acquisition unit records multiple temperature channels and supports different thermocouple types for thermal monitoring, component temperature tests, and multipoint temperature measurement. Temperature may be a separate measurement, but many aerospace tests record it alongside pressure and velocity. Placing each signal in a clear time and operating-condition context makes it easier to understand what caused a change in the data.
A pneumatic probe senses flow pressure through its pressure ports. Depending on the number and arrangement of those ports, a probe can measure total pressure, static pressure, velocity, and flow angles. An anemometer measures airspeed and related flow parameters in laboratories, research tests, and other applications where airflow needs to be characterized. Choosing either instrument requires attention to speed range, flow angle, probe size, available installation space, and calibration requirements.
An airspeed probe is a sensing component in aircraft airspeed measurement and air data systems. It provides total pressure, static pressure, and other signals used to calculate airspeed and related parameters. Different aircraft have different requirements for geometry, mounting location, interfaces, heating, and measurement range, so the probe must be matched to the platform and downstream air data equipment.
A thermocouple data acquisition unit records multiple temperature channels and supports different thermocouple types for thermal monitoring, component temperature tests, and multipoint temperature measurement. Temperature may be a separate measurement, but many aerospace tests record it alongside pressure and velocity. Placing each signal in a clear time and operating-condition context makes it easier to understand what caused a change in the data.
The Expo Runs Through October 2
The pressure scanners, pneumatic probes, anemometers, airspeed probes, and thermocouple data acquisition units on display support different parts of a test and can be combined as needed. WINDTUNER is using the exhibit to help attendees relate equipment configuration and application to the quantity they need to measure. Projects involving custom probes, multichannel acquisition, or a complete measurement chain can also begin with a discussion of requirements and operating conditions at the booth.
AEROTEC 2026 runs through October 2. WINDTUNER is at Booth A-18 at CECO with pressure scanners, pneumatic probes, anemometers, airspeed probes, and thermocouple data acquisition units. Attendees are welcome to visit, see the products, and talk with the WINDTUNER team about their measurement needs.
AEROTEC 2026 runs through October 2. WINDTUNER is at Booth A-18 at CECO with pressure scanners, pneumatic probes, anemometers, airspeed probes, and thermocouple data acquisition units. Attendees are welcome to visit, see the products, and talk with the WINDTUNER team about their measurement needs.
