Angular Rate Sensors

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Angular Rate Sensors

These sophisticated sensors are engineered to provide a detailed, real-time understanding of angular velocity and rate, enabling precise control and analysis across a wide range of industries. Whether you're navigating autonomous vehicles, optimizing aerospace systems, or fine-tuning robotics, our Angular Rate Sensors empower you with the data needed to make informed decisions and achieve unparalleled levels of performance. Designed with cutting-edge technology, our sensors are the driving force behind the next generation of precision engineering, setting the standard for accuracy and reliability. Explore limitless possibilities and experience a new level of control with our Angular Rate Sensors.

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Angular Rate Sensors

IES 3101-1

IES 3101-xxx 1-Axis Gyro Sensor

1-axis gyro sensor

  • Ranges +/- 300°/s to +/- 9600°/s
  • DC-Response
  • CFC 600 Frequency response
  • Shunt test supported
IES-3103-1

IES 3103-xxx 3-Axis Gyro Sensor

3-axis gyro sensor

  • Ranges +/- 300°/s to +/- 4800°/s
  • DC-Response
  • CFC 600 frequency response (option)
  • Denton-ID-Module inside
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Frequently Asked Questions About Angular Rate Sensors

Need Help with Angular Rate Sensors?

Learn about angular rate sensors (gyroscopes), their measurement capabilities, and applications in precision orientation and movement tracking systems.

Angular rate sensors, or gyroscopes, measure angular velocity using the principles of angular momentum. These devices detect the rate of rotation around an axis and are fundamental in systems requiring precision orientation and movement tracking, like robotics and aerospace technology.

Our product range includes sensors like the IES 3101-1 and IES 3103-1, covering a broad spectrum of angular rate measurements. These sensors can measure angular rates from +/- 150°/s up to +/- 9600°/s, making them versatile for various applications from automotive to aerospace.

Yes, our angular rate sensors are equipped with DC response capability, which is crucial for applications needing consistent and stable measurements. Additionally, they have a CFC 600 frequency response, ensuring accurate feedback across a wide range of operational frequencies.

Certainly. Our sensors support options like the shunt test, facilitating thorough validation and calibration during the development phase. This feature is critical for ensuring that the sensors meet precise specifications and perform reliably in their final application environment.