Inertial measuring systems with fiber optical gyros for automotive testing applications
Tactical grade IMU with external trigger input for guidence, control and stabilisation tasks.
IMU with Low ARW, Trigger, Integrated Power Regulation for surveying,guidance/control and stabilisation tasks.
IMU with Low ARW, trigger, for stabilisation tasks, INS/GPS navigation and guidance control tasks.
Two axes gimbaled platform series iIPSC-HSG for very high dynamic applications.
Four axes gimbaled platform series iIPSC-LSG for VIS/IR/LRF E/O and high stabilization performance
Inertial platform stabilization & control system in a modular design for cameras, image trackers, guns, radars and other devices.
Tracker range control with clusters of up to 4 On- or off-shore mounted pedestals.
Inertial Navigation and Surveying System with High Performance Fiber Optical Gyros and Servo Accelerometers
Inertial measurement system with fiber optical gyros for inertial control, stabilization, guidance, tracking and dynamic analysis
Ring laser gyro based INS/GPS systems of highest performance for tasks in surveying, navigation, guidance and control
Opto-Electronic target tracking on an inertial stabilised platform for use on helicopters, fixed wing aircrafts, drones, speed boats, naval vessels or trucks.
High resolution fiber optical angular rate sensor with digital output. Used for automatic vehicle guidance (forklifts, AGVs), ship motion control etc
Alignment system for guns, ships, helicopters, airplanes, fire control systems.
The iSRIF is an interface used to take data from an inertial measurement system via CAN interface and to send data to the steering robot via Ethernet (UDP) or RS232.
iTGAC provides dynamically motion analysis that covers applications which require a medium accuracy.
ARHRS for Torpedo Navigation a FOG technology based attitude and relative heading reference system.
Precise real time vehicle trajectory and dynamic surveying performing bi-directional online INS/GPS filtering
Vertical Reference Unit with Advanced MEMS Gyros, MEMS Accelerometers and integrated Strapdown Processor
The iVRU-FQ is a vertical reference unit / IMU for applications that require high accuracy and simple operation.
The iVRU-FCAI is a vertical reference unit / IMU for applications that require high accuracy and simple operation.