„He who stops being better stops being good“
(Oliver Cromwell)
iMAR Navigation was founded in 1992 and is located in St. Ingbert, near Frankfurt (Germany), where it has its headquarters, its engineering site and production site (3'100 sq.m / 34'000 sq.ft).
Why choose iMAR ?
For more than 30 years we provide successful solutions and intergation engineering for nearly all fields in the area of inertial navigation, localization, guidance & control.
Why choose iMAR ?
Extensive practical experience with all commonly used inertial sensor technologies.
Why choose iMAR ?
Only physics determines the behavior of iMAR‘s measurement systems. Our real-time output of our systems and solutions is achieved through the intelligent signal processing invented by our experienced engineers - and not by AI.
Why choose iMAR ?
Experienced customers do not entrust the success of critical or general missions to the heuristic decisions of any AI (artificial intelligence), but rather experience the highest reliability, accuracy and availability of iMAR solutions in daily use, based on our mathematically and physically precise results.
Why choose iMAR ?
Exceptional flexibility for the benefit of our customers through in-house development of hardware, software, firmware, algorithms, and system manufacturing.
Why choose iMAR ?
We deliver products of the highest reliability, accuracy, and robustness - Made in Germany.
Why choose iMAR ?
Our in-house environmental test lab, including EMI/EMC testing, temperature, vibration, shock, and motion, qualifies our products according to the relevant military, railway, and aviation standards.
Why choose iMAR ?
iMAR is certified according to EN 9100, ISO 9001 and to EASA Part 21G (qualification for aviation equipment manufacturing). This assures highest quality standards at iMAR.
Why iMAR ?
In addition to our standard products, we provide custom solutions tailored to your requirements, from single units, including training, to large quantities.
Why choose iMAR ?
We deliver the technically and economically best solution for your task with the most suitable sensor technology, electronics, and signal processing tailored to your specific needs.
Three key elements make a sound basis for manufacturing and developing our advanced inertial measuring systems and solutions and bringing them into your application:
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. Furthermore iMAR operates with Spezial-EMV GmbH a sophisticated EMI/EMC labAfter 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.
iNAT Architecture
iNAT: System Architecture Overview of all iNAT Systems (iMAR Navigation & Timing)
iNAT-M300
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. Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
iNAT-RQx, iNAT-FSx, iNAT-MSx
Advanced INS/GNSS Systems for Navigation, Stabilization, Surveying, Guidance & Control for industrial, surveying, defense and research applications.
Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
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.
Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
General Navigation and Surveying
Advanced navigation, localization, guidance and control system for industrial, defense, automotive, transportation, surveying and research applications (land, sea, subsea, air, space)
Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
iPRENA-M
Most accurate inertial navigation system (INS/GNSS/VMS) with mechanical DRU/MAPS compatibility, used in the most challenging defence applications like radar systems and combat vehicles. The integrated ring laser gyro technolgy demonstrates in the daily operation its wellknown advantages upon other available technologies.
Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
Railway Systems: iRailLoc-C, iRailLoc-R, iZET-Mobile
Systems for railway applications (localization, train integrity, ATO etc.).
Designed and qualified according to railway standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
iVRU-CB-M
iIMU-FSAS
iIPSC-MSG
Gyro stabilized Gimbals for Antennas and EOIR Payloads, standard designs and customized designs - from prototype to volume production.
iIPSC-MSG
iIPSC-MSG-60
iIPSC-PT
iIPSC-PT is a leading gyro stabilized pan-tilt system for nearly arbitrary payloads, applcable on naval vessels, trucks etc.
Designed and qualified according to MIL standards (vibration, shock, temperature, EMI/EMC, humidity, altitude, salt & dust, fungus, acceleration).
The device is suitable also for critical missions and does not contain any AI based components.
iSWACO
iSWACO-ARGUS
iTSV-KIA-NIRO
iSWACO-ARGUS
iTraceRT-F402/7
iPEGASUS
iPEGASUS
iTAHS
High Prerformance Magnetometers with integrated IMU, also suitable for subsea applications down to 3000 m depth
Strapdown Flug-Gravimeter iCORUS-02
Gravimetry and Post-Processing
