Inertial systems
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Inertial systems

Imaging applications in onboard systems are increasingly critical in environments such as ISR (Intelligence, Surveillance and Reconnaisance), infrastructure inspection, precision agriculture, fire prevention, perimeter security or border control.

Onboard image processing boards play a key role in obtaining the necessary results in visible, thermal or multi/hyperspectral range onboard cameras.

Description

Inertial accuracy and reliability for drones with SBG Systems

Real-time inertial accuracy: SBG Systems IMU/INS provide highly accurate orientation, velocity and position data, even in GNSS-denied or magnetic interference environments.
Direct georeferencing: They allow associating each image or measurement captured from the drone with precise coordinates, facilitating workflows in photogrammetry, topography or industrial inspection.
Easy integration into UAVs of any size: Thanks to their compact and lightweight design, the sensors are easily adapted to small aerial platforms without compromising autonomy or performance.
Advanced sensor fusion: Combines data from accelerometers, gyroscopes, magnetometers and GNSS using Kalman filtering algorithms, ensuring stability and continuity in navigation.
Configuration and analysis software included: SBG’s tools allow easy calibration, visualization and export of data, speeding up commissioning and subsequent mission analysis.

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More information about Inertial systems

State-of-the-art inertial sensors

SBG-Systems’ technology proposal combines state-of-the-art inertial sensors with advanced data fusion algorithms (Kalman filter) and optional GNSS positioning systems, thus offering precise navigation even in environments where satellite signals are weak or non-existent.

Within its portfolio, it offers a specific OEM line, designed for integrators who require high-precision performance in a compact format, with low weight and power consumption, without compromising reliability or robustness. These solutions are ideal for drones, UGVs, ROVs, robots, stabilized cameras and ISR platforms, among others.

From the ultra-compact Ellipse Micro IMU, ideal for small drones and portable sensors, to the Pulse-80, a high-performance IMU with exceptional thermal stability and accuracy, the offering covers everything from lightweight applications to tactical environments.

AHRS Systems

In AHRS systems, models such as the Ellipse Micro AHRS and Ellipse-A stand out, providing precise orientation even in magnetically disturbed environments.

For full navigation (INS), the Quanta family offers INS with integrated GNSS and RTK/PPK capabilities, with models such as the Quanta Extra, which achieves yaw accuracy of less than 0.02°. OEM versions such as the Ellipse-E, N and D, adaptable to different GNSS configurations, are also available.

This versatility makes SBG sensors a robust and scalable solution for any aerial platform requiring reliable guidance and positioning.