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iNAT-M-II / -III / -IV: Highly Shock & Vibration hardened Navigation, Surveying & Control System (0.001 °/sqrt(hr); ITAR free)

iNAT-FSSG-1: FOG Based inertial Navigation, Surveying & Control System (1 °/h, 1'000 Hz)

iNAT-FSSG-1: FOG Based inertial Navigation, Surveying & Control System (1 °/h, 1'000 Hz) Low Weight Small Size FOG Based INS of class 1 °/h iNAT-FS...

iNAT-FSLG-01: FOG Based Navigation, Surveying & Control System (0.1 °/h, 1'000 Hz)

iNAT-FSLG-01: FOG Based Navigation, Surveying & Control System (0.1 °/h, 1'000 Hz) Low Weight Small Size FOG Based INS of class 0.1 °/h iNAT-FSLG-0...

iNAT-RQT-400x: RLG Based Navigation, Surveying & Control System (0.001 °/sqrt(hr); ITAR free)

iNAT-RQT-400x: RLG Based Navigation, Surveying & Control System (0.001 °/sqrt(hr); ITAR free) High Performance low weight Ring Laser Gyro based INS...

iMAR's leading inertial Products and Solutions for all Applications (INS/GNSS + X)

iNAT-RQH-400x: RLG Based Navigation, Surveying & Control Systems (0.001 °/sqrt(hr), 0.1...2 nm/h)

iNAT-RQH-400x: RLG Based Navigation, Surveying & Control Systems (0.001 °/sqrt(hr), 0.1...2 nm/h) High Performance Low Weight / Small Size RLG Base...

Communication Assistance: Python Client, ROS 2 node, SDK C++, WireShark Dissector, MQTT for iMAR systems communicating via iXCOM Protocol

Communication Assistance: Python Client, ROS 2 node, SDK C++, WireShark Dissector, MQTT for iMAR systems communicating via iXCOM Protocol Tools and...

iNAT-M300: Small Light Weight high performance inertial MEMS IMU based Navigation, Surveying & Control System

iNAT-M300: Small Light Weight high performance inertial MEMS IMU based Navigation, Surveying & Control System Low Weight Small Size Economic Cost M...

iNAT-M200 Small Light Weight MEMS Based Navigation, Surveying & Control System (500 Hz)

iNAT-M200 Small Light Weight MEMS Based Navigation, Surveying & Control System (500 Hz) NOTE: For new designs use the new generation iNAT-M300 inst...

Inertial Navigation System without ITAR restrictions: iNAV-FJI

Inertial Navigation System without ITAR restrictions: iNAV-FJI An advanced design of iMAR's wellknown fiber optic gyro based general purpose INS/GN...

iNAV-FMS: Inertial Fiber Optic Gyro Navigation System, class 0.75 deg/hr

iNAV-FMS: Inertial Fiber Optic Gyro Navigation System, class 0.75 deg/hr Inertial Measurement System with Fiber Optical Gyros, 0.1 deg/sqrt(hr) THI...

iPowerBox: Uninterrupted Power Supply

iPowerBox: Uninterrupted Power Supply Uninterrupted Power Supply (UPS) for Inertial Measuring Systems Inertial measuring systems shall acquire mea...

Holistic instrumentation for automotive testing on proving grounds up to SAE level 5

Holistic instrumentation for automotive testing on proving grounds up to SAE level 5 Holistic instrumentation for automotive testing on proving gro...

iMGYR-SN: MEMS based Gyros with integrated Odometer Interface and CAN/RS232/RS422 Output (Gyro Sensor)

iMGYR-SN: MEMS based Gyros with integrated Odometer Interface and CAN/RS232/RS422 Output (Gyro Sensor) High Performance MEMS Based Angular Rate Sen...

iVRU-FC-IGS: Inertial Measurement System for Gun Stabilization

iVRU-FC-IGS: Inertial Measurement System for Gun Stabilization Vertical Reference Unit with Fiber Optic Gyros, MEMS Accelerometers and integrated S...

iSWACO-ARGUS: The Toolchain for Efficient Testing of Highly Automated Vehicles on the Road

iSWACO-ARGUS: The Toolchain for Efficient Testing of Highly Automated Vehicles on the Road For more than 25 years iMAR is a leading company providi...

iIPSC-ANTRAD: Systems for Dynamic Antenna Stabilization and Pointing

iIPSC-ANTRAD: Systems for Dynamic Antenna Stabilization and Pointing The iIPSC-ANTRAD familiy covers gyro controlled stabilizers for communication ...

Gyro Compassing and GNSS Compassing Systems (output of true heading, position & speed)

Gyro Compassing and GNSS Compassing Systems (output of true heading, position & speed) Gyro Compassing Systems: They use the rotation rate of the E...

iVRU-CB-M: Inertial Measurement System with integrated Strapdown Data Fusion with Odometer Interface and integrated L1 GPS

iVRU-CB-M: Inertial Measurement System with integrated Strapdown Data Fusion with Odometer Interface and integrated L1 GPS With iVRU-CB-M a vertica...

ISO 17025 - why or why not?

ISO 17025 - why or why not? iMAR ist zertifiziert nach EN 9100 und EASA Part 21G und ISO 9001. Das Tochterunternehmen Spezial-EMV GmbH ist gemäß IS...