Avionics Sensors and Systems

Avionics Sensors and Systems

Fiber optical gyro (FOG) and MEMS gyro based AHRS and INS/GNSS operated navigation systems for UAV, military and General Aviation (iNAT-FSSG, iNAT-CFM, iNAT-M200).

Ring laser gyro (RLG) based systems for navigation and surveying (iNAT-RQT, iNAT-RQH).

Air Data Computer (iMADC) and magnetometers (iMAG) for aiding.

Aviation, Stabilization and Aerial Surveying

Aviation, Stabilization and Aerial Surveying

Attitude Heading Reference Systems / Vertical Reference Systems for Aviation (iVRU), Missile Approach Warning Systems (iVRU-FC/FQ), Surveying (iNAV-RQH), Stabilization (iIPSC-LSG)
Inertial Reference Systems for SAR and LIDAR Applications

Inertial Reference Systems for SAR and LIDAR Applications

iNAV-RQH: Ring laser gyro based motion reference for high accurate SAR applications
3D Alignment Systems (3 D Spirit Levels)

3D Alignment Systems (3 D Spirit Levels)

Gyro based alignment system to calibrate gun kinematics or to align optical sensor on helicopters, aircrafts and naval vessels
iMAR Test Carrier for ADAS Validation and Demonstration

ADAS Vehicle Motion Verification

INS/GNSS based verification tools for Advanced Driver Assistance System (ADAS) testing: iTraceRT-MVT

iTraceRT for Vehicle Dynamics and ADAS Testing

Automotive Dynamics Testing, Automated Driving and Trajectory Surveying

Automotive Testing ("Moose Test Sensors"), Vehicle Dynamics Analysis, Automated Driving, Advanced Driving Assistance System Testing (ADAS), inertial motion controlled Target Carrier for Crash Testing
Naval Applications, Ship Stabilization and Ride Control

Naval Applications, Ship Stabilization and Ride Control

High precision navigation systems for naval applications, systems for navigation, stabilization, fire control reference, automatic ride control 
iSSMC: Ship Stabilization and Ride Control

iSSMC: Ship Stabilization and Ride Control

iNAT-HQS: Inertial Navigation System (INS/GNSS/DO-Log)

iNAT-HQS

iNAT-HQS: high precision navigation systems for special tasks which require a very high resolution, low noise and fast gyro compassing

iTNAV-06: Torpedo Navigation and Control

iTNAV-06: Torpedo Navigation and Control

iTNAV-06: Torpedo navigation systems, used e.g. on DM2A4 Seahake / Seehecht Heavy Weight Torpedos on German U212 submarines and in many other navies worldwide.
iVRU-IGS: Weapon Stabilization

iVRU-IGS: Weapon Stabilization

Gyro based gun stabilization including drive control and geo-referencing
iµIMU / iµVRU: Miniature calibrated IMU with integrated GPS, Magnetometer, Barometer, Odometer

iµIMU / iµVRU: Miniature calibrated IMU with integrated GPS, Magnetometer, Barometer, Odometer

iµIMU, iµVRU: Miniaturized inertial measuring system  including MEMS gyros and accelerometers, GPS, barometer, 3D magnetometer, and with odometer interface for UAV aud automotive applications: RS422, CAN, CANaero, USB. Power via system connector or via USB connector. Weight only 50 grams.
Gyro Stabilized Antennas Systems for Naval and Surface Vessels

Gyro Stabilized Antennas Systems for Naval and Surface Vessels

iIPSC-ANTRAD: Gyro stabilized antenna systems for moving naval and surface vessels and standard or customized antenna payload (azimuth stabilizer or azimuth/elevation stabilizer; georeferencing); optional high dynamics up to 300 °/s². Size, radom characteristics and and RF slipring design can be adapted to customer payload needs. 
iIPSC-GP40: Target Tracker

iIPSC-GP40: Target Tracker

iIPSC-GP40: heavy and highly accurate target tracker (replaces the 30 years old so-called cine-theodolites with new technology)
iIPSC-MSG-1: Stabilized Marine Platforms

iIPSC-MSG-1: Stabilized Marine Platforms

iIPSC-MSG: stabilized platform for EO/IR devices (daylight / night vision cameras, laser ranger) with high motion dynamics capability; designed for easy integration of customized payload

iIPSC-MSG-130: Gyro stabilized RF antenna for naval ships

iIPSC-MSG-130: Gyro Stabilized Antenna Platforms

iIPSC-MSG-130: Gyro stabilized platform for RF antennas or EO/IR devices (daylight / night vision cameras, laser ranger); designed for easy integration of customer specific payloads

iPEGASUS: 3 D Transfer Alignment Systems

iPEGASUS: 3 D Transfer Alignment Systems

iPEGASUS: 3D Alignment and angular reference system (alignment of rollers, shafts, sensors, guns...) for naval, aircraft building, gun calibration and industrial applications
iMAG-DMC

iMAG-DMC

iMAG-DMC-LS: miniature magnetometer for robust applications (to be used for iVRU and iNAV) in General Aviation, Airforce and general navigation tasks
iIPSC-SLP

iIPSC-SLP

iIPSC-SLP: Stabilized Launching Platform
Ring Laser Gyro based high performance navigation and control systems: iNAT-RQT, iNAT-RQH with integrated RTK GNSS receiver (with optional SAASM capability)

iNAT-RQT / iNAT-RQH / iNAV-RQH High Precision INS/GNSS Navigation Systems

iNAT-RQT / iNAT-RQH / iNAT-FSSG / iNAV-RQH: High end ring-laser and high resolution fiber optic gyro navigation systems for surveying, stabilization, tracking, navigation, guidance and control Tasks. Real-time data Output with precise time stamping. Integrated RTK-GPS Receiver (with optional SAASM capability), wheelsensor interface, several SYNC-I/Os and data storage.
Used for defense, aviation and industrial applications like railway, road and pipeline surveying, SAR / LIDAR applications, platform stabilization, Transport arcraft Navigation etc.
High data rate and centimeter accuracy in RTK mode. Competitors: OXTS GENESYS NOVATEL XSENSE APPLANIX TRIMBLE SAFRAN SAGEM THALES IXBLUE IXSEA SBG ADVANCEDNAVIGATION VECTORNAV RACELOGIC SENSONOR SEPTENTRIO SPAN GPS GNSS STIM300 ANALOG DEVICES

iNAT-M200 INS/GNSS tightly coupled navigation & control system

iNAT-M200, iSULONA, iATTHEMO, iTraceRT-M200

iNAT-M200: Small size / low weight tightly coupled or loosely coupled INS/GNSS system with up to 500 Hz data rate; MEMS based, RTK version with 2 cm accuracy, up to 32 GByte non-volatile memory on board.
iSULONA: Navigation system for Support & Logistics vehicles.
iTraceRT-M200: Small size / low weight deeply coupled INS/GNSS system with up to 500 Hz data rate; MEMS based, RTK version with 2 cm accuracy.  Competitors: OXTS GENESYS NOVATEL XSENSE APPLANIX TRIMBLE SAFRAN SAGEM THALES IXBLUE IXSEA SBG ADVANCEDNAVIGATION VECTORNAV RACELOGIC SENSONOR SEPTENTRIO SPAN GPS GNSS STIM300 ANALOG DEVICES

iNAT-M200-FLAT: INS/GNSS  navigation & control system with centimeter performance level

iNAT-M200-FLAT (OEM)

iNAT-M200-FLAT: Very small size / low weight tightly coupled or loosely coupled or deeply coupled INS/GNSS system with up to 500 Hz data rate; MEMS based, RTK version with 2 cm accuracy, up to 32 GByte non-volatile memory on board. Applications are all areas of guidance, navigation and control of autonmous and automated vehicles on land, sea, subsea and in the air.
 

iNAT-M200-FLAT: INS/GNSS  navigation & control system with centimeter performance level

iNAT-M200-FLAT (with enclosure)

iNAT-M200-FLAT: Very small size / low weight tightly coupled or loosely coupled or deeply coupled INS/GNSS system with up to 500 Hz data rate; MEMS based, RTK version with 2 cm accuracy, up to 32 GByte non-volatile memory on board. Housed Version of the OEM Version.
 

iTraceRT-F400 and iTraceRT-F400-Q

iTraceRT-F400

iTraceRT-F400: Small size / low weight Deeply coupled INS/GPS/GLONASS system with 400 Hz data rate, FOG based, 2 cm accuracy. Competitors: OXTS GENESYS NOVATEL XSENSE APPLANIX TRIMBLE SAFRAN SAGEM THALES IXBLUE IXSEA SBG ADVANCEDNAVIGATION VECTORNAV RACELOGIC SENSONOR SEPTENTRIO SPAN GPS GNSS STIM300 ANALOG DEVICES

iTraceRT-F200

iTraceRT-F200

iTraceRT-F200: Small size / low weight deeply coupled INS/GPS system with 200 Hz data rate, FOG based, 2 cm accuracy
iNAV-FMS

iNAV-FMS

iNAV-FMS: Inertial measuring system of class 1 deg/hr / 2 mg with data storage capability and RTK-GPS for general monitoring, navigation and stabilization applications for defence, aviation and industry.

Hint: For new designs use iNAT-FSSG

iIMU-FSAS / iIMU-FSAS-EI

iIMU-FSAS / iIMU-FSAS-EI

iIMU-FSAS: Tactical grade inertial measurement units of class 1 deg/hr / 2 mg with fiber optical gyros and servo accelerometers with odometer inteface (iIMU-FSAS-EI)
iNAT-CFM-5 / iNAT-MM: Miniaturied INS/GNSS system

iNAT-CFM-5

iNAT-CFM-5 / iNAT-MM: FOG/MEMS based INS/GNSS system with optional odometer interface for advanced Applications, with RS422, CAN, Ethernet interface

iVRU-Fx / iVRU-Sx

iVRU-Fx / iVRU-Sx

iVRU: Vertical reference units for attitude / heading / heave determination with FOG / MEMS sensors, odometer interface, integrated GPS

Hint: For new projects use iNAT-CFM-5 and iNAT-MM

iVRU-CB, iATTHEMO, iDAGOS

iVRU-CB, iATTHEMO, iDAGOS

iVRU-CB: Small MEMS based Vertical Reference Unit for attitude / heading determination for UAVs, land and marine vehicles with integrated GPS and odometer Interface

iATTHEMO: True North related Heading System based on Dual-Antenna GNSS and MEMS IMU Data Fusion.

iDAGOS: True North related Heading Reference based on Dual-Antenna GNSS (but no integrated IMU)
iDIS-FMS

iDIS-FMS

iDIS-FMS: Inertial Measuring Systems with Fiber Optical Gyros for Automotive Testing Applications (replaced by iNAT-FSSG-1 and iNAT-M200-STN)

Hint: For new projects use iNAT-FSSG-1

iSCU / iSSMC

iSCU / iSSMC

iSCU: Stabilization and Control Unit - general purpose device for stabilization of guns, trackers, ships with sensor and actuator interfaces

iSSMC: Ship Stabilization and Motion Control Systems

iOLFOG-S-D

iOLFOG-S-D

iOLFOG-S-D: single axis fiber optical gyro with additional odometer interface
iVRU-FCAI

iVRU-FCAI

iVRU-FCAI / -FCR:  Inertial measurement system with miniaturized closed-loop fiber optic gyros and servo accelerometers for medium accurate applications (1 deg/hr, 0.03 deg/sqrt(hr)

Hint: Use iNAT-FSSG-1, iNAT-FSSG-01 or iNAT-CFM-5 for future applications.

iVRU-Fx/Mx for Crash Testing

iVRU-Fx/Mx for Crash Testing

iVRU-Fx: Inertial measurement systems for crash test analysis

Hint: For new projects use iNAT-CFM-5 or iNAT-MM

iVRU-Fx / Missile Navigation and Stabilization

iVRU-Fx / Missile Navigation and Stabilization

iVRU-Fx / -Mx:  Customized inertial missile navigation systems for all kinds of applications

Hint: For new applications use iNAT-CFM-5 or iNAT-MM

iTURN-3-S1: 3 Axes Rate Table for MEMS Testing

iTURN-3-S1: 3 Axes Rate Table for MEMS Testing

iTURN-3-S1: ratetable for precise MEMS gyro and accelerometer testing
iSmartPos3D

iSmartPos3D

iSmartPos3D: multi antenna GPS based heading and attitude system of high accuracy at small size.

Hint: For new designs use iATTHEMO-C or iNAT-M200/SLN

iNetGo: Data Modem for GNSS GBAS Correction Data Transmission

iNetGo (GSM/GPRS Data Modem)

iNetGo: Fully automated Data Mdem to receive 2G/3G GNSS GBAS Corrections
iPowerBox

iPowerBox

iPowerBox: Miniature Uninterrupted Power Supply for Automotive Testing (to keep the INS / IMS alive if the vehicle's engine is re-started and the car's battery voltage  drops down)
iREF-GNSS

iREF-GNSS

iREF-GNSS: GNSS Reference Station to improve GPS performance on moving vessels (RTK) incl. wireless data transmission and battery pack (SBAS, Satellite Based Augmentation System)

iPST-FMS / iPST-RQH

iPST-FMS / iPST-RQH

iPST-FMS / iPST-RQH: Pipeline Surveying System (to be installed on a pig), supported by powerful software "Pipeline Surveying Explorer"
iIPSC-TR

iIPSC-TR

iIPSC-TR: Tracker for heavy payloads for tracking ranges on-shore and off-shore (iIPSC-GP40, iIPSC-MSG).
iDRPOS.32

iDRPOS.32

iDRPOS.32: dead-reckoning system for road surveying applications with fiber optic gyro, odometer interface and GPS.

Hint: For new designs use iNAT-M200/SLN

iTNAV-06

iTNAV-06

iNAT-MM and iNAT-CFM

iNAT-MM and iNAT-CFM

iNAT-MM: MEMS based IMU or INS/GNSS solution with optional odometer interface

iNAT-CFM-5: FOG based IMU or INS/GNSS solution with optional odometer interface

iTGAC-Fx (not to be used for new designs)

iTGAC-Fx (not to be used for new designs)

iTGAC-F: triaxial gyro and accelerometer cube with pure analog outputs