SSC Construction

Abstract

This project funds the Ship to Shore Connector (SSC) Engineering & Manufacturing Development phase which includes Detail Design and Construction, Product Support, Government Furnished Equipment (GFE), Program support, and Outfitting and Post Delivery. The lead craft will be maintained as a test and training platform throughout its life cycle. The SSC program provides the capability to rapidly move assault forces within the littoral operational environment to accomplish Unified Command Plan (UCP) missions, and ensures the Joint Force Commander's (JFCDR's) ability to conduct amphibious operations and operate over the high water mark, including movement over ice, mud, rivers, swamps and marshes. The SSC program provides the functional replacement for the LCAC craft, which began reaching end of extended service life in 2015. Funding for this effort was previously executed under PE 0604567N. TEST AND TRAINING CRAFT 100: Plans/Basic Construction:...........256.805 - (FY18 5.793) Change Orders:.............................13.069 - (FY18 0.000) Electronic:.......................................8.417 - (FY18 0.000) HM&E:.........................................29.768 - (FY18 3.154) Other Support:..............................33.860 - (FY18 0.835) Ordnance:.......................................0.008 - (FY18 0.000) Post Delivery/Outfitting:................4.000 - (FY18 3.625) Total:..........................................345.927 - (FY18 13.407) NOTE - The SSC Construction project unit prior year column (FY11-15) total funding is 343.278 for the SSC program. In the prior years FY11-14, the program was funded in PE 0604567N Ship Contract Design/Live Fire T&E. Funds breakout is as follows: LCAC 100 PE 0604567N 279.863 FY11-14 PE 0605220N 39.715 FY15 LCAC 101 PE 0604567N 23.700 FY13-14

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Document Details

Document Type
Project
Publication Date
Oct 01, 2018
Source ID
3137_0605220N_5_1319_PB_2018

Tags

Readers

  • Maritime Combat Support and Expeditionary Logistics.
  • Naval Mine Countermeasure Systems Development.

Technology Areas

  • Microelectronics

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