iMAR Navigation is a worldwide leading provider of systems and solutions in inertial navigation, stabilization, guidance and control for all industrial, geodetic, aviation, surveying, automotive and sovereign applications.
iMAR Navigation GmbH, a German company, is a well-known specialist and innovator on leading inertial systems and solutions for more than 25 years and has extensive long-time experience in conception, development, production, maintenance and support of inertial measuring, navigation, guidance, stabilization, control and PNT / PNTC (positioning, navigation, timing, communication) systems destined to a wide range of standard and special applications, for unmanned and manned platforms, in industrial, automotive, aerospace as well as in defence environment.
iMAR Navigation was founded in 1992 and is located in St. Ingbert, near Frankfurt (Germany), where it has its headquarters and production site (2'300 sq.m / 25'000 sq.ft).
iMAR operates an advanced and powerful in-house manufacturing and integration infrastructure: Several multi axes turntables and temperature lab, vibration and shock testing lab, a hexapod 6D high dynamic motion simulator for up to 1 ton payload, 3-axes and 5 axes CNC machine tools, ZEISS coordinate measuring machine etc.; click on the picture to have a look into one of iMAR's manufacturing and integration labs.
The manufacturing includes series devices and system solutions, i.e. Commercial-off-the-Shelf (COTS) and Military-off-the-Shelf (MOTS), as well as customized solutions from the prototype over pre-series devices up to large quantities.
Three key elements make a sound basis for developing our advanced inertial measuring systems ans solutions - know-how, more than 25 years expertise and field experience and in-depth knowledge of inertial measuring technologies, navigation algorithms, sensor systems, stereo vision signal processing, electric drive technologies and mechatronics systems, as well as hardware design, firmware design and software engineering including highly sophisticated data fusion.
Our cost-effective, premium high-tech products and system solutions are the result of a policy of continuous investment in human resources and technological innovation - more than 70 engineers and technicians, quality assurance and administration staff, all highly qualified and dedicated to their work, the availability of all state-of-the-art inertial sensor technologies ranging from MEMS gyros to hemispheric resonator gyros (HRG) and from fiber optic gyroscopes (FOG) to ring laser gyros (RLG), augmented by satellite, stereo vision and other technologies and a powerful development and production tool chain also featuring in-house Matlab/Simulink, SolidWorks, EDA tools, HyperMill, 3-axes and 5-axes CNC centres and much more.
iMAR is manufacturing according to military, industrial, automotive and aerospace quality standards. The reliability of our products is guaranteed by our modern production site, which is certified according to ISO 9001 / EN 9100 quality standards (industrial engineering / development and production lifecycle according to aviation requirements). The production facility is certified to EASA Part21G (avionics equipment) since 09/2011.
iMAR's comprehensive in-house testing equipment also includes several two and three axes turntables, a micron accurate coordinate measuring machine, several full range temperature chambers, a 6 DOF hexapod motion simulator with up to +/-1 g acceleration and up to 1 ton payload, an advanced GNSS real-time simulator (incl. multi-constellation and RTK), and a 40 kN vibration and shock testing platform, also fully complying with mil/space specifications. After manufacturing, calibration and final testing, our products are delivered to customers operating them in industrial branches, automotive industry, in civil and military aviation, at the armed forces (navy, army and airforces) at special forces of many countries worldwide.
Due to the increasing volume of offered and manufactured products and system solutions, iMAR Navigation has expanded its production and research facilities in May 2003 to serve also the expanding international market. An additional building had been errected early 2015 to have available additional 800 sqm for manufacturing and development.
Land Navigation, automotive Testing of highly automated Vehicles
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GNSS Solutions, Signle- and Multi-Antenna Solutions, Localization
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Swarm Guidance & Control of autonomous or highly automated Vessels
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Localization and Guidance of automated or autonomous Vehicles in the Air, on Land, on Sea and in Subsea
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Surveying, Navigation and Localization for manned and unmanned Airborne Vehicles
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Defence Applications: Localization, Guidance, Control, Weapon Stabilization
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Stabilization, Ride Control, Autopilot Systems, Gyro Compasses for manned and unmanned Ships and Ferries (also customized solutions)
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Localization, Navigation and Control of automated Land Vehicles in Harbor and Logistics
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Navigation and Guidance for unmanned und manned Submarines and Subsea Weapons
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Systems for general Tasks in the Area of Navigation, Localization, Stabilization, Guidance and Control of moving Objects
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Stabilized Platforms for Antennas, NightVision & Daylight Cameras and Lasers
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Assistance Sensors: Radio Modems, Mesh-Communication, Wheel Sensoren,s Video Tracking, Stereo Vision, Magnetometers, AirData Sensors etc.
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Transfer Alignment Systems for fast Optronics, Antenna and Weapon Alignment
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Land Navigation, automotive Testing of highly automated Vehicles
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GNSS Solutions, Signle- and Multi-Antenna Solutions, Localization
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Stabilization of Cameras, Antennas, Weapons
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Railway Surveying, Train Localization, ADAS for Rail
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Military Applications on Land, on Sea and in the Air
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Swarm Guidance & Control of autonomous or highly automated Vessels
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Localization and Guidance of automated or autonomous Vehicles in the Air, on Land, on Sea and in Subsea
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Surveying, Navigation and Localization for manned and unmanned Airborne Vehicles
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Horizontal Directional Drilling - Drillhead Navigation
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Defence Applications: Localization, Guidance, Control, Weapon Stabilization
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Stabilization, Ride Control, Autopilot Systems, Gyro Compasses for manned and unmanned Ships and Ferries (also customized solutions)
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Stabilizied Platforms for Cameras, Lasers, Antennas etc.
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Localization, Navigation and Control of automated Land Vehicles in Harbor and Logistics
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Navigation and Guidance for unmanned und manned Submarines and Subsea Weapons
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Systems for general Tasks in the Area of Navigation, Localization, Stabilization, Guidance and Control of moving Objects
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Stabilized Platforms for Antennas, NightVision & Daylight Cameras and Lasers
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Assistance Sensors: Radio Modems, Mesh-Communication, Wheel Sensoren,s Video Tracking, Stereo Vision, Magnetometers, AirData Sensors etc.
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Airborne Strapdown Gravimeters
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Transfer Alignment Systems for fast Optronics, Antenna and Weapon Alignment
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iNAT-M200:
Light weight INS/GNSS/ODO Solutions for manned and unmanned applications: Position, velocity, attitude, heading, angular rates and acceleration of land vehicles, ships, aircrafts, naval and subsea vessels, missiles, mobile robots etc. for industrial, surveying, defense, transportation and research applications
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iNAT-RQ/HQ/FX:
Advanced INS/GNSS Systems for Navigation, Stabilization, Surveying, Guidance & Control for industrial, surveying, defense and research applications
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iNAT-FSLG / iTraceRT-MVT-510:
Advanced INS/GNSS system to provide position, velocity, attitude, true heading, anglar rate and acceleration for Land, Air and Sea Applications
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iNAT-M200/FLAT:
Miniaturized INS/GNSS/ODO Solutions, also as OEM components
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iNAT-CFM:
Light weight FOG based INS/GNSS Systems
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iIMU-FSAS:
FOG based IMUs for navigation, surveying, stabilization, pipeline instection etc.
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iFOG-IMU-1B:
FOG based IMU for Pipeline Inspection, Surveying, Missile Control etc.
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iIPSC-MSG:
Gyro stabilized Gimbals for Antennas and EOIR Payloads
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iIPSC-MSG:
Gyro stabilized Gimbals with 2 or 3 axes for standard and customized Payloads, also with Video Tracking
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iSWACO:
Navigation, Guidance and Vehicle Control and Guidance for Swarms and for Platooning
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iSWACO-ARGUS:
Proving ground instrumentation for testing self driving cars up to SAE level 5. Picture: Toolchain testing with PEGASUS approach, driving complex traffic scenarios and platooning.
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iTSV-KIA-NIRO
Fully automated driving car as test carrier for testing sensors and as traffic simulation vehicle on proving grounds with very high absolute accuracy and repeatability.
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iSWACO-ARGUS:
Proving Ground Instrumentation for testing automated vehicles up to SAE Level 5
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iTraceRT-F402/7:
INS/GNSS based Motion Reference Systems for automotive testing see also iTraceRT-MVT)
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iPEGASUS:
Gyro based Transfer Alignment Systems for alignment of weapons and optical devices on ships, land vehicles and aircrafts
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iPEGASUS:
Miniaturized Gyro based Transfer Alignment Systems for alignment of weapons and optical devices on ships, land vehicles and aircrafts
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iPEGASUS:
Gyro based Total Station Alignment Systems
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iMAG and iTAHS:
Precise Magnetometers
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iTAHS:
High Prerformance Magnetometers with integrated IMU, also suitable for subsea applications
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iNetGo:
Radio Modems to receive GNSS Correction Data
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iVRU-CB-M:
INS/GPS Solutions for Target Drones and UAVs (see also new generation iNAT-M200)
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Manufacturing:
Batch Production of larger Quantities for Customers worldwide
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Systems for navigation, localization, guidance and control for industrial, defense, automotive, transportation, surveying and research applications (land, sea, subsea, air, space)
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