Technical requirements continue to rise across wind tunnel experiments, engine test benches, and flight testing. Research teams now expect higher accuracy, faster response, and stronger environmental robustness. Windtuner delivers these capabilities with a portfolio of high-performance pressure scanners built through sustained R&D. Our commitment to measurement excellence has earned broad recognition from research institutions and clients, positioning Windtuner as one of the leading brands in flow-field measurement and control.
Purpose-Driven R&D: Innovation Built Around Real Research Needs
Scientific experiments take place in safe and stable lab conditions, but measurement and optimization is not intended for such idealizations. Windtuner focuses on the real engineering environment—engine test cells, flight-test platforms, automotive wind tunnels, and gas turbine rigs—where pressure scanners must deliver accurate data while withstanding high temperature, high pressure, vibration, and electromagnetic interference.
Windtuner continually strengthens its hardware architecture and measurement algorithms to build pressure scanners with both high accuracy and long-term stability. System accuracy reaches ±0.05%FS, with sampling rates up to 500 Hz. Windtuner pressure scanners record dynamic and steady-state pressure simultaneously, delivering accurate data even in rapidly changing aerodynamic environments.
Long-term stability and repeatability remain major concerns for research institutions. Windtuner validates every scanner prototype with 10,000-hour durability testing before mass production. Each unit undergoes extended operation and repeated calibration cycles, keeping data deviation at extremely low levels. This performance gives research teams a reliable metrological foundation across long test campaigns.
Smaller Structure, Stronger Capability: The Advantages of High Integration
As experimental setups grow more complex, available installation space becomes more constrained. Traditional pressure measurement systems often introduce bulky hardware, dense wiring, and rigid installation requirements, which limit wind tunnel efficiency and complicate airborne or embedded measurements.
Windtuner addresses these challenges with highly integrated engineering design. Windtuner pressure scanners adopt compact architectures that embed directly into wind tunnel models. We reduce wiring effort and modulate the entire system into a single communication line that works for multiple scanner modules, significantly cutting installation time. We strengthen electromagnetic resistance through electric shielding and isolation, providing stable operation in harsh environments. Multiple interface specifications and customizable mechanical structures give clients flexible choices for a wide range of platforms.
The completion of these designs allow Windtuner pressure scanners to deliver stable, dependable performance in laboratories and test facilities, making Windtuner a trustworthy partner for advanced aerodynamic experiments.
High-Standard Calibration: Earning Confidence Through Accurate Data
Scientific work demands data credibility. Windtuner operates a Wind Tunnel Laboratory accredited by CNAS in accordance with ISO/IEC 17025:2017. This facility provides professional calibration for pressure scanners and delivers measurements traceable to national standards.
Every Windtuner pressure scanner goes through multi-range, multi-point calibration before delivery. Windtuner offers both internal calibration services for its own products and third-party calibration for pressure scanners from other manufacturers, supporting international data comparison for research teams across industries.
This self-designed closed-loop system by Windtuner puts product development, manufacturing, and performance verification all into the same metrological discipline, giving clients accurate, stable, and trustworthy measurements in every test.
High-accuracy measurement provides the foundation for scientific discovery, and credibility comes from proven capability. Windtuner moves forward with sustained innovation and rigorous standards to earn the trust of research institutions. From wind tunnel experiments to flight testing, to full-scale engine evaluations, Windtuner pressure scanners deliver smaller form factors, stronger performance, and higher reliability. Windtuner continues to support researchers as they explore deeper into the flow field and showcase the accuracy and expertise of advanced measurement and control technologies.
