SUREPATH^™

Provides real time vector velocity measurement at 10-1000 times per second
Terrain independent – works over all terrain types
Velocity resolution of 1m/s with no upper or lower speed constraints on measurement
Laser based sensor capable of measuring simultaneous line-of-sight measurements used to determine velocity and range along three different laser beams relative to local ground
Ensuring a higher level of safety and improved efficiency.
Range detection with low power consumption
RF invisible, cannot be detected or disrupted
Superior overall navigation performance that cannot be jammed or defeated.

Key Parameters

Dead Reckoning performance of 0.2% distance traveled
Horizontal position accuracy of 0.4m RMS
Dynamic heading accuracy of 0.05˚ RMS
Photonic Integrated Circuit (PIC) coming in 2025

Provides real time altitude measurement at 10-1000 times per second
Terrain independent – works over all terrain types
Altimeter resolution of 1 m/s with no upper or lower speed constraints on measurement
For ground applications provides high precision changes in terrain
Coherent lidar does not operate in the RF spectrum and is therefore robust to RF interference, including 5G
Can penetrate atmospheric obscurants including fog, smoke, and rain better than a visible camera

Key Parameters

Operation altitude from the surface to 49,000 ft
Altimetry with 7cm accuracy
Photonic Integrated Circuit (PIC) coming in 2025

Available in four variants depending upon requirements

Industrial Grade - Capable of operating within a GPS-denied environment for up to 60 sec

Tactical Grade - Capable of operating within a GPS-denied environment for up to 60 min

Navigation Grade - Capable of dead reckoning in a GPS-denied environment over an extended period of time to less than 0.1% of distance travelled

SurePath^™- Grade - Integrates a second BPO for extremely precise heading and incorporates next-generation navigation algorithms for significantly longer duration GPS denied or vulnerable environments

- Proprietary filter corrects IMU errors and provides real-time state information

- Built-in Redundancy, 4 Navigation Doppler Lidar (NDL) lasers are utilized for a full 3D measurement

- Time Division Multiplexing (TDM), next generation lidar architecture where a single NDL channel operates through an optical switch at any one time for a single transmit/receive opto-electronic section characteristic.

- Improved performance over more common sensors such as Odometer, Radar or other tracking systems

- Technology aids in both navigation and collision avoidance

Utilizes SurePath camera to match the features of the scene to an onboard global database for absolute position determination
In conjunction with SurePath-grade INS functionality dramatically reduces the search area while dramatically extended the amount of time required to obtain a match
Mutually reinforcing navigation modalities become a viable backstop to GNSS and enable indefinite positional accuracy
These SurePath technologies cannot be interfered with, detected or defeated

Delayed Feature Availability

Utilizes SurePath lasers to match the terrain elevation of the scene to an onboard global database for absolute position determination
In conjunction with SurePath-grade INS functionality dramatically reduces the search area while dramatically extended the amount of time required to obtain a match
Mutually reinforcing navigation modalities become a viable backstop to GNSS and enable indefinite positional accuracy
These SurePath technologies cannot be interfered with, detected or defeated

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SUREPATH™

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SUREPATH^™