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031-227-1046
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031-630-2046

Land Vehicles

Navigation and Orientation Sensors for Land Vehicles

  • GPS-Denied Navigation Solution
    INS-D
    Land Vehicles Navigation Systems for: Military Ground Vehicles (MGV), Amphibious Armored Vehicles (AAV), etc.
    • Tactical-grade IMU, fused with single or dual antenna GNSS receiver
    • High precision Heading measurements
    • Excellent position and orientation performance in GPS-denied environment
    • Aiding data (odometer)
  • Railway Navigation and Inspection
    INS-D
    Railway navigation, inspection (track diagnostic), and asset monitoring (detection and mapping).
    • Fully integrated solution into the Railway system
    • Input from on-board wheel sensor for maintaining of accurate position and orientation of the train in GPS-denied environments (tunnels)
    • EN 50121-3-2; EN 61000-6-1/3
  • Autonomous Land Vehicles for Precision Agriculture
    INS-DU
    Dual antenna heading navigation solution that is ideal for the agricultural community.
    • 1 cm RTK position accuracy
    • 0.1° PPK Heading accuracy
    • Multi constellation support GPS, GLONASS, BeiDou, Galileo, and QZSS
    • 2°/hr gyroscopes based IMU
    • Low-cost
    • Input from odometer / wheel sensor
  • Roadway Smart Systems
    INS-D
    Smart system navigation for Autonomous Ground Vehicles (AGV). Solution for dead-reckoning in advanced driver-assistance systems (ADAS).
    • Excellent performance in multi-path and GPS outage environments
    • Aiding data for integration with vehicle sensors (Camera, LiDAR, Radar, Doppler, Odometer/Wheel sensor)
  • Mounted Counter UAS for Land Vehicles
    INS-DL-OEM
    Counter unmanned aerial system (UAS) for unmanned aerial vehicle (UAV) surveillance in both dynamic and static environments.
    • 1 cm position (RTK) accuracy
    • 0.1° Heading accuracy
    • 1 – 3°/hr gyro based IMU
    • 0.05° Pitch & Roll accuracy
    • High Shock and Vibration tolerance
    • Low-cost
  • Control for Robotic Land Vehicles
    OS3DM
    Robotics control sensor for both dynamic and static applications. The Inertial Labs OS3DM is lightweight and compact.
    • Lightweight and compact size
    • 1.5° Heading accuracy over temperature range
    • 0.5° Pitch & Roll accuracy
    • High Shock and Vibration tolerance
    • Low-cost

Aerospace

Navigation Sensors for Aerospace Application

  • COBHAM Aviator 200 UAV Integrated
    INS-P
    Direct connection to COBHAM AVIATOR UAV 200, which connects back to base via Inmarsat’s SwiftBroadband service, providing a reliable command and control communications link beyond line of sight (BLOS), as well as a real time feed from on-board payload sensors, via a single channel ‘always-on’ data service. The INS is the ideal solution for this aerospace application.
    • Direct message with high precision Position, Velocity, Heading, Pitch & Roll from INS to UAV200
    • 1 m Position; 0.2 deg Heading and 0.08 deg Pitch & Roll accuracy
    • Excellent performance in GPS-denied
    • Small size, low weight, affordable price
  • Remote Sensing Payload Solution
    RESEPI
    The ideal solution for surveying, mapping or low altitude photogrammetry for law enforcement, archaeology sites or military inspection.
    • The best affordable solution for precise calibrated point clouds
    • Compatible with a variety of LiDARs and optical cameras
    • 2-3 centimeters PPK point cloud accuracy and 3-5 centimeters RTK point cloud accuracy
    • <0.01° Pitch & Roll accuracy; <0.05° Heading accuracy
  • Instrument for Precision Agriculture
    INS-DU
    Whether using real time kinematics or post-processing data, Inertial Labs manufactures a full Precision Agriculture bundle, or individual component solutions.
    • 1 cm RTK position accuracy (can be paired with Inertial Labs RTK Base Station)
    • 0.1° PPK Heading accuracy
    • Multi constellation support GPS, GLONASS, BeiDou, Galileo, QZSS
    • 2°/hr gyroscopes based IMU
    • Low cost complete solution with post-processing
  • Unmanned Aerial Defense Systems
    INS-D
    Defense against line of sight (LOS) targets identified by complete tracking solution in both static, and dynamic environments.
    • 1 cm RTK position accuracy
    • 0.1° Heading accuracy
    • 1 – 3°/hr gyro based IMU
    • 0.05° Pitch & Roll accuracy
    • High Shock and Vibration tolerance
    • Skywall – Openworks Engineering
  • Roadway, Bridge and Power Line Inspections
    INS-DL-OEM
    A low-cost solution that results in high quality point cloud generation for roadway, bridge, and power line inspection services.
    • 1 cm RTK position accuracy
    • <0.05° Heading accuracy
    • 2-3 cm PPK Point Cloud Accuracy; 3-5 cm RTK Point Cloud Accuracy
    • <0.01° Pitch & Roll accuracy
    • High Shock and Vibration tolerance
  • SWARM Response Solution
    INS-P
    Autonomous drone navigation response for disaster identification, search and rescue, or patrolled response for communication dependent swarms.
    • Tactical-Grade IMU
    • NovAtel Precision GNSS Receiver
    • Mini Fluxgate Magnetometer
    • Ideal Solution for GPS-denied Environment
    • Aiding data (Air Speed, Wind Speed, DVL, External Heading/Pitch/Roll, etc.)
    • Veronte Autopilot
  • Open-Source Autopilot Pixhawk Integration
    INS-P
    Take full advantage of the Pixhawk 2.1 autopilot running Ardupilot and benefit from the increased navigational performance.
    • Autopilot Integrated Solution
    • Tactical-Grade IMU
    • NovAtel Precision GNSS Receiver
    • Waypoint navigation solution
  • Antenna Reference Unit for Stabilization and Pointing
    AHRS-10P
    Used for antenna reference units and radar referents units. Stabilize and aim antennas remotely or directly in both static and dynamic applications.
    • High precision GPS-free heading measurements
    • 0.05 deg Attitude accuracy
    • 1°/hr gyroscopes based IMU
    • Compact size, IP-67 sealed
    • MIL-STD-810G, DO-160, IL-STD-461E

Marine

Motion Sensors for Marine Applications

  • Dynamic Positioning and Active Heave Compensation
    MRU-B
    Used for modular captive marine vessels (MCV) and helideck monitoring (HMS).
    • 5 cm / 5% Heave accuracy
    • 0.03° Pitch & Roll accuracy
    • TSS1, NMEA 0183 data format
    • 6 year re-calibration time
    • Affordable and competitive price
  • Ocean Characteristics Monitoring
    WS-PD
    Two models designed for above the surface of the water, and below the water (subsea). Mount to buoy’s or research vessels to monitor and record ocean data. User may optionally connect unit to buoy controller.
    • Monitoring Ocean Characteristics (Directional Width, Fourier Coefficients, Energy)
    • Individual Wave Specifications (Wave Height, Direction, Period)
    • Measuring Significant Wave Height, Max Wave Height, Wave Period, Wave Direction, Wave Energy, Fourier Coefficient
    • 5 cm Wave Height Accuracy
    • 0.1 sec Wave Period Accuracy
    • 0.5° Wave Direction Accuracy
    • 0.02° Pitch & Roll accuracy
  • Marine Vessel Communication and Heave Compensation
    MRU-PD
    Navigation parameters and heave compensation for loading and unloading cargo and maritime equipment.
    • System link multiple MRU’s for integrated telecommunications
    • Active heave compensation for Oil Rigs and swaying compensation platforms
  • Ocean Floor Mapping and Survey
    MRU-P
    Ideal solution for maritime surveying. Used in hydrographic and bathymetric scans for riverbank and nearshore inspections.
    • Fully compatible with – SBES and MBES echo sounders
    • TSS1, NMEA 0183 data format
    • 1 cm position, 0.05° Heading and 0.03° Pitch & Roll accuracy
    • 5 cm / 5 % Heave accuracy

Industrial

Inertial Sensors for Industrial Application

  • Construction Platform Stabilization
    KERNEL-100
    Construction equipment motion for mobile elevated work platforms (MEWP).
    • High Shock and Vibration tolerance
    • 0.05° Pitch & Roll accuracy
    • High MTBF
    • Accurate angular rates and accelerations measurements
    • Low cost
  • Railway Inspection and Surface Error Detection
    INS-D
    Railway navigation, inspection (track diagnostic), and asset monitoring (detection and mapping).
    • Fully integrated solution into the Railway system
    • Input from on-board wheel sensor for maintaining of accurate position and orientation of the train in GPS-denied environments (tunnels)
    • EN 50121-3-2; EN 61000-6-1/3
  • Precision Agriculture
    INS-DU
    Dual antenna heading navigation solution that is ideal for the agricultural community. Inertial Labs supplies an optional RTK bundle with post-processing software.
    • 1 cm RTK position accuracy
    • 0.1° PPKHeading accuracy
    • Multi constellation support GPS, GLONASS, BeiDou, Galileo, and QZSS
    • 2°/hr gyroscopes based IMU
    • Low-cost
    • Input from odometer / wheel sensor
  • Industrial Smart Systems
    INS-DL-OEM
    Ideal for synergizing production floor autonomous vehicles used for warehouse and shipping yard moving and delivery services. Smart system navigation for Autonomous Ground Vehicles (AGV). Solution for dead-reckoning in advanced driver-assistance systems (ADAS).
    • Temperature calibrated
    • Excellent performance in multi-path and GPS outage environments
    • Aiding data for integration with vehicle sensors (Camera, LiDAR, Radar, Doppler, Odometer/Wheel sensor)
  • Equipment Orientation Compensation
    IMU-P & KERNEL-100
    Safety control for both dynamic and static applications.
    • High Shock and Vibration tolerance
    • 0.05° Pitch & Roll accuracy
    • Accurate angular rates and accelerations measurements
    • High MTBF
    • Low cost
  • Inspection and Scanning
    INS-DL-OEM
    A low-cost solution that results in high quality point cloud generation for roadway, bridge, and power line inspection services.
    • 1 cm RTK position accuracy
    • 0.1° Heading accuracy
    • 1 – 3°/hr gyro based IMU
    • 0.05° Pitch & Roll accuracy
    • High Shock and Vibration tolerance
  • Railway Crack Monitoring
    RMCU
    Solution to help control systems be able to identify the propagation of cracks.
    • Dynamic Heading Accuracy: 0.6°
    • Dynamic Pitch & Roll Accuracy: 0.08°
    • Mini Fluxgate Magnetometer
    • EN 45545; EN 50155; EN 50011

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