iSULONA: Navigation and Guidance Systems for Support & Logistics Vehicles (not export controlled)
Low Weight Small Size MEMS Based Dead Reckoning System
Dead Reckoning is the way to make GNSS more accurate and reliable when tracking or steering vehicles or when surveying their trajectories, e.g. in defense applications. iSULONA is a hybrid INS/GNSS system, complemented by vehicle motion sensor input. It provides reliable information of position and heading also during GNSS outages in GNSS denied environment.
Features
- Used to provide orientation & position of support, supply and logistics vehicles
- Robust, compact, light, minimum SWAP
- robust MEMS gyro technology
- Data output rate up to 500 Hz (each data log separately adjustable)
- Interfaces: UART RS232 & RS422 / CAN / Ethernet / USB for real-time data output and
for DGPS correction input; NMEA 0183 / iXCOM - Integrated all-frequencies / all-constellations GPS+GALILEO+GLONASS+Beidou + SBAS + QZSS GNSS engine, Inteface to military GNSS receivers like ERGR, NavHub, TopStar / SAASM, M-Code
- Dual-antenna GNSS true heading capability integrated (-D)
- Interface to vehicle motion sensor (VMS) for full dead reckoning support
- Powefull software iXCOM-CMD for operation and configuration (under MS Windows, Linux and MacOS) -- see iXCOM-CMD Software
- Inertial System and Sensor Performance: see datasheets
- Integrated 42+ state sensor data fusion by advanced extended Kalman filtering
- Internally up to 128 GByte non-volatile memory for data storage ("black-box")
- Connectors: MIL-C-38999 III type and TNC / M12
- Power Supply: 10...34 V DC, 10 W. iSULONA provides two independent and isolated inputs to allow the supply from two different power sources - the iSULONAS always takes the energy from those supply with the highest voltage. The inputs are protecxted against reverse voltage and over-voltage.
- Weight: approx. 900 grams, small SWaP
- EMI-EMC protection designed to meet MIL-STD-704F / MIL-STD-461G / MIL-STD-810G; designed partially to meet DO160G
- Modular System architecture: also customized applications can be integrated by iMAR easily (please contact our sales for details). So the iSULONA can provide arbitrary data and command protocols according to customer requirement, e.g. to substitute other navigation systems by iSULONA (e.g. for Form-Fit-Function replacements)
- used in the German Army and other Armed Forces
- iSULONA is neither ITAR nor export controlled.
Note:
Following our proven design philosophy and technical code of conduct for our products and solutions, only the 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, not by AI (artificial intelligence).
Experienced customers do not entrust the success of critical or general missions to the heuristic decisions of any AI, but rather experience the highest reliability, accuracy and availability of iMAR solutions in their daily use, based on our mathematically and physically precise and traceable results.
Several classes of iSULONA are available (all with dual- and single-antenna GNSS available):
Product Version | Description |
iSULONA/TLD-DA | Version with Economic Performance |
iSULONA/TLE-SP1-DA | Version with Standard Performance |
iSULONA/TLE-LN1-DA | Version with Low Noise Performance |
iSULONA/TLE-ULN1-DA | Version with Ultra Low Noise Performance |
iSULONA/TLN-1-DA | Version for strong vibration environment |
iSULONA/TLN-2-DA |
Version for strong vibration environment, with advanced accelerometers |
iSULONA-IV-DA |
Series of devices with commercial grade GNSS RTK |
Weitere Informationen
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Product Family iPRENA - class of RLG based INS/GNSS solutions for military vehicles, antenna and weapon alignment
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Product Family iCOMBANA - class of FOG and MEMS based INS/GNSS solutions for military vehicles
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Product Family iSULONA - class of MEMS based INS/GNSS solutions for military vehicles
Im Download-Bereich findet man Handbücher, Berichte von Anwendern und weitere Informationen.