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The NI toolchain and systems quickly adapt to and future-proof your validation process. We connect you with subject matter experts, ideas, and technology in testing, simulation, cloud computing, IT infrastructure and more to create solutions that meet and exceed quality standards within the disruptive active safety domain. By combining our strengths with those of trusted third-party experts, we work with you to build a connected ADAS and AD validation workflow to get your vehicles to market faster.

The aerodynamics range is used for the teaching of a vast range of aerodynamic principles, from fundamentals through to advanced theories. Subsonic wind tunnels teach students the basics about lift, drag and pitching moments, plus the high-level topics such as the boundary layer and pressure distribution around models. Students can also perform wake investigations. Supersonic wind tunnels are for the more advanced teaching of aerodynamic engineering, with experiments that start with nozzle pressure distribution, on to analysis of Mach numbers, and the measurement and visualization of pressure and shock waves using Schlieren apparatus. The comprehensive range means that a product can be found to suit every space, budget and complexity requirement. The wind tunnels available span a variety of sizes and experimentation capabilities, from bench top models for learning the basics to products requiring large laboratories for more detailed understanding of aerodynamics.

By quickly logging and reviewing test data, you can isolate product defects, make timely adjustments, and meet your design and time-to-market requirements.