Antenna Pointing & SATCOM OTM
The Inertial Navigation System (INS) provides real-time position, roll, pitch, and heading used for steering the antenna toward satellite direction.
These navigation data are required by antenna tracking systems on moving platforms. The integrated Extended Kalman Filter gives a consistent and robust solution for pointing in case of GPS/GNSS outages, multi-path, jamming, or spoofing.
The internal IMU outputs high frequency sensor raw data and filtered orientation (Pan/Tilt) to stabilize the antenna by removing rapid vehicle motions and thus, maintains the Line-of-Sight (LOS) with the Satellite.
Recommended products
Ellipse-D
Dual Antenna GNSS/INS
Ellipse-D is a compact Inertial Navigation System with integrated Dual-antenna RTK GNSS receiver for accurate Heading and Position. The new generation embeds a 64-bit architecture for high-end filtering processing. It provides Roll, Pitch, Heading, Velocity, and Position in real-time and post-processing.
Ellipse-N
Single Antenna
Ellipse-N is a small-sized high-performance RTK Inertial Navigation System (INS) with an integrated L1/L2 GNSS receiver. It provides Roll, Pitch, Heading, Heave, and centimetric GNSS position. Ellipse-N embeds the latest generation of dual frequency RTK GNSS receivers for a better satellite availability in harsh environments (i.e urban canyons).
Ellipse 2 Micro IMU
Stabilization
The Ellipse 2 Micro Series is a new product range reducing size and cost of high performance inertial sensors for volume projects. Ellipse 2 Micro IMU embeds 3 gyroscopes, 3 accelerometers,3 magnetometers and a temperature sensor.
Ekinox-D
Pointing & Navigation
Ekinox-D is an ITAR Free Inertial Navigation System with integrated Dual Antenna GNSS receiver. It combines an Inertial Measurement Unit (IMU), and runs an enhanced on-board Extended Kalman Filter (EKF) to fuse in real-time the inertial data with the internal GNSS information.
Case studies
Webinar Via Satellite 2021
Thursday 27 May, 11:00 AM EDT (UTC-4) Global demand for unmanned vehicles (UV) has accelerated with a focus on fully automated, remotely controlled vehicles requiring extremely robust backhaul datalinks. On-the-move satellite communication systems are essential to support this market. SBG Systems is recognized worldwide for its superior Inertial Navigation Systems (INS) design which meets the … Continued
Ellipse-D INS/GNSS Compatible with Cobham Aviator UAV 200
CNES’s CESARS Center Makes Access to Satellite Communication Easier The CNES, also called the National Center for Space Studies, is a French agency dedicated to space studies which operates under the supervision of both the Ministries of Economy, Defense and Research. One of its missions is to develop and present the French Spatial Program to the … Continued
UAV Flight Analysis
MASC UAV MASC is a small UAV developed for atmospheric boundary layer research. The IG-500N has been chosen to record the UAV position, ground speed, and attitude angles. Wind speed and direction can be accurately calculated by taking into account the airflow. In-flight wind computation might be tricky because airspeed and incident angles, measured by the embedded … Continued
Tips
Strap Down Installation
To get the best performance, INS and antenna(s) should be installed in the same reference frame. Antenna lever arms should remain the same.
Turret Stabilization
Ellipse Micro IMU delivers 1,000 Hz raw data for precise real-time turret stabilization.
The Right Accelerometer Option for Shock and Vibration
SBG inertial sensors are highly resistant to shock and vibration. They also embed specific algorithms to filter vibration. When choosing the right inertial sensor, note that the A3 accelerometer (16g) is the right option for harsh environments.
