imc Test & Measurement

Flight testing means bringing many different measurements together — and making sense of them in real time. See how CURTI integrated stress, vibration, temperature, pressure and aircraft data during ultra-light helicopter flight testing using imc measurement technology. Download the application note to explore the measurement setup.

What does it take to measure an aircraft under real flight conditions? See how CURTI captured stress, vibration, temperature, pressure and other measurement data during flight testing of its ultra-light helicopter. Download the application note to see the measurement approach in action.

Go inside a real-world helicopter flight test. See how CURTI brought together data acquisition, telemetry, real-time monitoring and analysis to evaluate its ultra-light helicopter during flight testing. Download the application note for a closer look at the measurement setup and test approach.

Flight test data has to perform outside the lab. See how CURTI used imc measurement technology to capture and analyze multiple measurement signals during real-world ultra-light helicopter flight testing. Explore the application note to see the complete test setup.

How do you capture reliable measurement data during an actual helicopter flight test? See how CURTI used imc measurement technology to acquire and analyze stress, vibration, temperature, pressure and aircraft data during ultra-light helicopter flight testing. Download the application note for a closer look at the measurement setup.

Wind turbine testing brings a lot of measurement signals together. Your DAQ system should too. From structural loads and temperature to voltage, current and fieldbus data, see how imc measurement systems support synchronized, distributed data acquisition for wind turbine testing. This application note takes you inside a real-world certification project using imc CRONOSflex and imc CANSAS for long-term field measurements. Download the application note to explore the measurement setup.