In aerospace, IMUs are used to provide navigation information to the flight control system, allowing aircrafts to maintain their course and stability. They are also used in spacecraft to provide guidance and control during space missions.
Calibration of Inertial Measurement Units
Highest precision and reliability for your inertial sensors
Inertial measurement units (IMUs) detect the smallest linear and angular movements in all spatial directions. Their main areas of application are in navigation, autonomous robotics and industrial automation. Continuous loads, such as permanent vibrations in machines or vehicles, as well as changing operating conditions (temperature fluctuations) have a direct impact on performance and can affect measurement accuracy over time.
SPEKTRA LABS offers you manufacturer-independent calibration and testing services that ensure the highest precision and long-term reliability of IMUs. With accredited procedures, short turnaround times and tailor-made solutions, we ensure that your inertial measurement systems meet the requirements of your applications at all times.
Benefit from reliable support in calibrating and checking your IMU - tailored to your individual requirements.
Accredited
calibration
Traceable to DAkkS
level and compliance with
international standards
Fast &
Reliable
Turnaround times of 5-7
working days, with optional
express service and advice
Broad
calibration spectrum
Calibration of a wide range of
manufacturers and test item types -
from standard to special solutions
Minimal
measurement uncertainties
Precise results through
calibration according to OEM specifications
or customer requirements
Calibration services for intial sensors
Whether in driverless transport systems, drones, ships or trains: Inertial measurement units combine acceleration and angular rate sensors and are therefore indispensable when it comes to reliable position and movement information. They are crucial for applications where maximum accuracy is required.
SPEKTRA LABS offers calibrations that are specifically tailored to the requirements of IMUs. Our dynamic procedures ensure that your measurements remain reliable and precise - even under demanding conditions.
Calibration of the dynamic acceleration
We calibrate the dynamic acceleration of your IMUs to the highest standards to ensure precise and reliable measurement results. Ideal for applications that require exact motion data.
- Frequency range: 0.1 Hz...20 kHz
- Application areas: Navigation of automated guided vehicles, drones and autonomous vehicles
Calibration of the dynamic angular velocity
Our calibration of the dynamic angular velocity ensures the measurement accuracy of your sensors - crucial for demanding applications such as navigation and autonomous systems.
- Frequency range: 0.5 Hz...200 Hz
- Measuring range: 8 °/s...3000 °/s
- Application areas: High-precision control in ships, trains and other industrial navigation systems
Application fields
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Alternative systems
Would you like to take calibration into your own hands? SPEKTRA offers you the right system components.
DRE-01
DRE-01
The DRE-01 dynamic rotation exciter is used for calibration of gyro transducers (angular velocity/acceleration) and for characterization of MEMS sensors. It features very low motion distortion, built-in overload protection and cooling for improved performance, and can be operated with any signal generator or vibration controller.
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S-TEST Lab DRE
S-TEST Lab DRE
The S-TEST Lab DRE system is based on the DRE-01 dynamic rotation exciter. A typical application here is the determination of the properties of MEMS sensors and sensor components in the development phase.
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CS Q-LEAP™ GYRO with DRE-01
CS Q-LEAP™ GYRO with DRE-01
CS Q-LEAP™ calibration system with DRE-01 rotation exciter, HERO™ vibration control system, zero position controller, power amplifier and software. This system is used for the calibration of angular velocity sensors and measurement systems. Typical test items include gyro transducers (angular velocity), inertial measurement units (IMU) and rotation rate measuring systems.
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