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NAVAL SURFACE WARFARE CENTER CRANE DIVISION SMALL ARMS SYSTEM CONTROLLER (SASCON) System Description: The Small Arms System Controller (SASCON), will consist of a newly developed Slew-to-Cue Interface Pack (SCIP) that will take tracking data from a CCFLI R EO and accurately slew the Ml<49 GWS to simulate acquiring contact on an incoming aerial threat. This will be followed by a kinetic kill capability by firing live rounds. FY17 Innovation and Sensor Fusion Experiment Objective: Capitalize on the SCIP effort for sight and weapon fusion. Demonstrate through testing both simulate and live fire capabilities of the final solution . Di s tributi on Statement A: Approved fo r Public Release; Di s tributi on Unlimited Pl: Jim Ernest, NSWC Crane Team Members/Collaboration Partners: NSWC Crane, Weapons System Integration NSWC Crane, Electro-Optics Technology HARNESSING THE POWER OF TECHNOLOGY FOR THE WARFIGHTER

SMALL ARMS SYSTEM CONTROLLER (SASCON) · The Small Arms System Controller (SASCON), will consist of a newly developed Slew-to-Cue Interface Pack (SCIP) that will

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NAVAL SURFACE WARFARE CENTER CRANE DIVISION

SMALL ARMS SYSTEM CONTROLLER (SASCON)

System Description:

The Small Arms System Controller (SASCON), will consist of a

newly developed Slew-to-Cue Interface Pack (SCIP) that will

take tracking data from a CCFLI R EO and accurately slew the

Ml<49 GWS to simulate acquiring contact on an incoming

aerial threat. This will be followed by a kinetic kill capability

by firing live rounds.

FY17 Innovation and Sensor Fusion Experiment Objective:

Capitalize on the SCIP effort for sight and weapon fusion.

Demonstrate through testing both simulate and live fire

capabilities of the final solution .

Distribution Statement A: Approved fo r Public Release; Di stribution Unlimited

Pl: Jim Ernest, NSWC Crane

Team Members/Collaboration Partners: NSWC Crane, Weapons System Integration NSWC Crane, Electro-Optics Technology

HARNESSING THE POWER OF TECHNOLOGY FOR THE WARFIGHTER