1. CAPT Robin Russell, PMS 400F
Program Manager, Surface Combatants
ASNE Tidewater Section Dinner
15 April 2009
THE BRIDGE TO THE FLEET

2. Organizational Construct
Overview
Organizational Construct
Surface Warfare Enterprise Alignment
Team Ships: PEO Ships and SEA 21
AEGIS Fleet Modernization
Cruiser Modernization
Destroyer Modernization

3. Surface Warfare Enterprise
Surface Warfare Enterprise (SWE) Alignment
SWE established in 2005 to bring stakeholders together, remove barriers, and more tightly focus efforts in the same direction
Recognizing the increasing role of the SWE and the need for a more effective distribution of programs, SEA 21 was established in 2007
SEA 21 is focal point for the SWE to ensure today and tomorrow's ships are ready for tasking
Flag-level entry point for SWE focused on enterprise issues within NAVSEA and affiliated PEOs

4. NAVSEA Organization NAVSEA Organization Program Executive Office
NUCLEAR
PROPULSION
SEA 08
COMMANDER
NAVAL SEA SYSTEMS COMMAND
SEA 00
Program Executive Office
SHIPS
INTEGRATED
WARFARE SYSTEMS
COMSPAWAR
SYSCOM
(ADDU for C4I)
COMNAVSUP
SYSCOM
(ADDU for LOG SPT)
VICE CDR/DEP CDR FLEET MAINT & MOD SEA 09
EXECUTIVE
DIRECTOR
SEA 00B
NAVAL INNOVATION
LABORATORY DIRECTOR
LITTORAL
& MINE WARFARE
COMMAND INFORMATION
OFFICER
SEA 00I
OFFICE OF COUNCIL
SEA 00L
SALVAGE & DIVING
SEA 00C
CORPORATE COMMUNICATIONS
SEA 00D
AIRCRAFT
CARRIERS
SUBMARINES
SCI/TECH INTELL LIASION
SEA 00G
OFFICE OF THE INSPECTOR GENERAL
SEA 00N
SECURITY PROGRAMS
SEA 00P
ORDNANCE SAFETY
SEA 00V
COMPTROLLER
SEA 01
CONTRACTS
SEA 02
LOG, MAINT, &
IND OPS
SEA 04
NAVAL SYSTEMS
ENGINEERING
SEA 05
UNDERSEA
WARFARE
SEA 07
CORPORATE
OPERATIONS
SEA 10
NAVAL SURFACE
AND UNDERSEA
WARFARE
CENTERS
SURFACE
WARFARE
SEA 21

5. Team Ships Construct
PEO Ships begins "cradle to grave" responsibility with ship and system research, development, acquisition systems integration, and construction
Surface ships then transition to SEA 21 for lifetime support including modernization, inactivation, and transfer to friendly nations or disposal

8. AEGIS Fleet Modernization
Why Modernize?
Maintain Naval Force to meet National Security Strategy
Sustain Force Structure
Support Strike Groups within FRP
Without modernization, ships decommission early (CG 47 - CG 51)
Modernization required for combat relevance
Pace the threat
OA bridge to future combat systems
HM&E improvements to support extended service life
All Modernized CGs and DDGs will have common AWS configuration
Common configuration = reduced lifecycle cost
Aegis Open Architecture provides path to future warfighting upgrades

9. Warfighting Improvements Aegis Open Architecture
AEGIS Fleet Modernization
Core Combat Systems Modernization
Potential Future
Warfighting Improvements
CG 52-73
Modernization
Availabilities
Sea Based
Terminal
DDG 51 Class
NIFCA/SM-6
MH-60R
Full Integration
CIWS 1B
Full Sensor
Integration
Aegis Open Architecture

10. AEGIS Fleet Modernization
Improvements in AWS Architecture
CR-1 Architecture
ACB 08 Architecture
ACB 12 Architecture
Potential for
Continued Advances
Network Design
Increased
Maintainability &
Easier Install/Test
Network Design
Less Complex
Architecture
VME Based Computing
Blade Server Based Computing

11. AEGIS Fleet Modernization
Ballistic Missile Defense (BMD) – Strategic Priorities
Modernize Aegis Combat Systems
Remain relevant or decommission
Realize through open architecture advantages
Ensure year ESL is achieved
Increase in-stride BMD capacity and capability
Strengthen Navy IAMD role
Ensure BMD capable ships available
Maintain fiscal feasibility
Respond to operational demand for BMD
Grow BMD capacity
Resource RFFs
Codify requirements
Preserve force structure – Execute and fund AMOD – Increase BMD capacity

13. Cruiser Modernization
CG Modernization Program Description
Delivers rapid introduction of critical new warfighting capabilities
Enhances Air Dominance and C4I through numerous system improvements (CEC, SPY, AWS Improvements, and AN/UYQ-70(V) Consoles)
Enhances Gun Weapon System capability (5”/62 Caliber Gun Mounts, Naval Fires Upgrades: Optical Sight and MK 160 Fire Control System)
Improves force protection (ESSM, CIWS Block 1B, and SPQ-9B (ASMD))
Provides COTS computing architecture as first step to Open Architecture thereby positioning CGs to receive future BMD, air defense, and other upgrades
Provides Operational Availability improvements through reduced maintenance and mission life extension
Reduces combat system and computer program maintenance costs through baseline commonality and consolidation
Achieves mission relevant service life of 35-years (Combat Systems, Smart Ship, All-Electric, Digital Fuel Ctrls, Aviation Mods, Corrosion Ctrl, QoL Improvements)

14. Cruiser Modernization
CG Modernization Requirements
BMC4I
CEC
SGS A/C (B/L 2)
CDLMS (B/L 2)
AIR DOMINANCE
OA computer program
OA/COTS computing plant
Radar and Display upgrades
VLS Modifications
FORCE PROTECTION
ESSM
CIWS BLK 1B
SPQ-9B (ASMD)
SARTIS
SQQ-89A(V)15 (B/L 3 & 4)
MK-116 Mod 7 (B/L 2)
HM&E Modernization
All Electric Mods
IBS Upgrade
MCS Upgrades
Structural Modifications
Quality of Life Upgrades
SMARTSHIP Upgrades
GUN WEAPON SYSTEM
(2) 5 inch/62 Guns
MK-160 Gun Computing System
EOSS
B/L 2=CG52-58
B/L 3=CG59-64
B/L 4=CG65-73

15. Cruiser Modernization
CG Modernization Work Scope
CIWS Blk 1B
CEC w/PAAA
AN/SPS-49 Removed
MORIAH Windbirds
EOSS (2)
Remove AN/SPS-49 ASRS
AN/SPQ-9B
SARTIS
5” 62 Cal Gun
VLS Upgrade w/ESSM
VLS Upgrade w/ESSM
5” 62 Cal Gun
CDLMS M5
-AWS Upgrade
-COTS Processing
-13 MCEs
-Q-70 Consoles
-Add SABTs
-IVDDS
-ORTS/ADS TCDs
GWS MK 160
ASWCS Mk 116 Mod 7 (B/L 2)
AN/SQQ-89 A(V) 15 w/MFTA (B/L 3&4)
DEML

16. Service Life Upgrade Contribution to Overall Platform Improvement
Cruiser Modernization
Service Life Upgrade Contribution to Overall Platform Improvement
ALL
ELECTRIC
Removes Waste Heat Boilers
Installs Reverse Osmosis Desalination Plant
Replaces Steam Galley Equipment with Electric Equipment
Replaces Steam Laundry Equipment with Electric Equipment
Removes Steam Piping and Valves
HM&E
UPGRADES
WT/Moment Corrections
Hull & Deckhouse Structural Mods
LM2500 Digital Fuel Control
Tank Level Indicator Upgrade
Watertight Door Upgrades
QUALITY OF SERVICE
UPGRADES
Corrosion Control Enhancements
Stainless Sanitary Space Upgrades
CHT System Modifications
Learning Resource Center
Crew Recreation Complex
INTEGRATED SHIP
CONTROLS
Replaces 1970’s Machinery Control System
Replaces 1970’s Ship Control Equipment
Installs COTS Based Controls
Installs ECTS-N Certified Integrated Bridge System
Allows for Fewer Watchstanders
Modernized Cruiser: HM&E and Support Systems allow for Extended Service Life, Increased
Maintainability, Decreased Manning and Improved Quality of Service

17. CS Upgrade Contribution to Overall Platform Improvement
Cruiser Modernization
CS Upgrade Contribution to Overall Platform Improvement
USW
SUW AW
SPQ-9B:
Pulse Doppler Radar
Increases capability against small targets in clutter environment (Littoral)
GWS Sensor
AWS/SPY:
Improved computing and display capabilities
Improves operators ability to recognize surface threats, manage surface picture and engage required targets
SPY Horizon Track While Scan, for B/L 3&4, will improve capability to detect small craft and decrease potential to misidentify such targets as clutter
MK-34 GWS:
Combination of MK-160, Mod 4 Gun and EOSS
Increases number of options available to operator for detection and engagement of surface threat
Digital fire control and gun improve accuracy of first shot
CIWS BLK 1B:
IR Sensor
Inherent anti-surface capability
SPQ-9B:
Pulse Doppler Radar
Improved capability to detect and track low-flying, high speed, small RCS ASCMs in heavy clutter
Integrated to cue SPY Radar and improve overall AWS capabilities against the ASCM threat
AWS/SPY:
Improved computing and display capabilities
Faster processing and greater track capacity
SPY OA features improved algorithms for AW processing
Improved displays increase operator’s ability to maintain situational awareness and improve ability to discern and act on air threat
CEC:
Fire control quality data link
Allows utilization of off ship sensor data
Allows for greater force-wide engagement
ESSM:
Quick Reaction, relatively short ranged missile
Provides increased defense in depth in conjunction with SPQ-9B, upgraded AWS, CEC, SM-2 and CIWS
CIWS BLK IB:
Increased probability of kill due to tighter firing pattern
MK-116 MOD 7 Upgrade (CG 52-58):
Improved reliability
Increase in level of integration with AWS
Mitigates obsolescence issues
SQQ-89A(V)15 (CG 59-73):
Upgrade for Baselines 3&4
Increases ability to detect/engage in both open and shallow water
Improved computing and displays
Multi-Function Towed Array (MFTA) allows for improved passive ops and bi-static sonar operations
MFTA acts as receiver
SQS-53 is transmitter
Improved torpedo detection capabilities
Modernized Cruiser: Faster Reaction and Improved Engagement Against the Three Dimensional Threat
(Includes Open Architecture enabling more affordable future upgrades)

19. Destroyer Modernization
DDG Modernization Program Description
Mission: Provide a comprehensive modernization strategy for the DDG 51 Class ships to ensure a mission relevant service life of 35-years
Description: Primary objective is to reduce workload and total ship ownership costs via HM&E technology insertion and to provide core combat system open architecture COTS computing environment and warfighting improvements
Ships: DDG 51 Class (Flight I & II first, DDG 51 – 78)
Employment: Will provide critical foundation for various other SeaPower 21 efforts
Status: DDG Modernization is in the planning phase
First HM&E Availability scheduled for FY 2010
First Combat Systems upgrade scheduled for FY 2012

20. Destroyer Modernization
DDG Modernization Requirements
AIR DOMINANCE
CIC Display Upgrades
Open Architecture Computing Plant
VLS Mods (ESSM)
AWS ACB 12 Computer Program
Multi-Mission SIGPRO
SPY-1D Transmitter Upgrades
Multi-Mission BMD
IABM (SIAP)
SM6/NIFC-CA (IOC FY14)
FCS STAMO Upgrades
GUN WEAPON SYSTEM
MK-160 Mod X Gun Computing System
C4I
NAVSSI BLK 4
IFF Mode 5
CEC
FORCE PROTECTION
CIWS-1B
NULKA SEWIP
SSTD (ATT) – IOC FY13
MK 54 Torpedo/DFCI
SQQ-89A(V)15 w/MFTA
HM&E Modernization
Full IBNS Upgrade
MCS/DCS Upgrades
GEDMS
Wireless Communications
Digital Video Surveillance
Quality of Life Upgrades
Advanced Galley
Mission Life Extension Upgrades

21. Destroyer Modernization
DDG Modernization Work Scope
EOSS
CEC w/PAAA
FCS STAMO Upgrades
FCS STAMO Upgrades
GWS MK 160
CIWS Blk 1B
VLS Upgrade w/ESSM
VLS Upgrade w/ESSM
MMSP
SPY Transmitter
Upgrades
-AWS Upgrade
-COTS Processing
-13 MCEs
-Consoles
-IVDDS
-ORTS/ADS TCDs
AN/SQQ-89 A(V) 15 w/MFTA

22. Service Life Upgrade Contribution to Overall Platform Improvement
Destroyer Modernization
Service Life Upgrade Contribution to Overall Platform Improvement
Upgrade to Full Integrated
Bridge System (IBS)
Quality of Life Upgrades
Crew Recreation/Learning Area
Advanced Galley
HM&E Upgrades
MCS/DCS Upgrades
w/ Embedded Onboard Training
Digital Video Surveillance
System (DVSS)
Wireless Communications
Replace Copper DMS
With GEDMS Fiber Optic LAN
Backbone
Modernized Destroyer: New HM&E support systems allow for achievement of expected service life,
increased maintainability, reduced workload, and improved quality of life

23. CS Upgrade Contribution to Overall Platform Improvement
Destroyer Modernization
CS Upgrade Contribution to Overall Platform Improvement AW
SUW
USW
AWS/MULTI-MISSION SIGPRO:
Improved computing and display capabilities
Improves operators ability to recognize surface threats, manage surface picture and engage required targets
Adds BMD mission to class.
Add Aegis Littoral Processor to system allowing discerning of air targets against land heavy background clutter along with improved capability to detect small craft and decrease potential to misidentify such targets as clutter.
CEC:
Fire control quality data link
Allows utilization of off ship sensor data
Allows for greater force-wide engagement
ESSM:
Quick Reaction, relatively short ranged missile
Provides increased defense in depth in conjunction with SPQ-9B, upgraded AWS, CEC, SM-2 and CIWS
CIWS BLK IB:
Increased probability of kill due to tighter firing pattern
SIAP/IABM:
Provides common, integrated air picture intended for use by all forces
Improved track picture, decrease in dual tracks, and lower probability of target miss-identification
SM-6/NIIFC-CA:
Active seeker missile that will provide for engagements at extended ranges
Integrated fire control network will improve ranges at which targets may be engaged and potential for larger number of missiles in-flight to defend the force.
OPEN ARCHITECTURE COMPUTING PLANT:
Improves ability insert new technologies into
platform.
AWS/MULTI-MISSION SIGPRO:
Improved computing and display capabilities
Improves operators ability to recognize surface threats, manage surface picture and engage required targets
Add Aegis Littoral Processor to system allowing discerning of air targets against land heavy background clutter along with improved capability to detect small craft and decrease potential to misidentify such targets as clutter.
MK-160 FCS:
Increases number of options available to operator for detection and engagement of surface threat
Digital fire control and gun improve accuracy of first shot
CIWS BLK 1B:
IR Sensor
Inherent anti-surface capability
SQQ-89A(V)15:
Upgrade for Flight I and II
Increases ability to detect/engage in both open and shallow water
Improved computing and displays
Multi-Function Towed Array (MFTA) allows for improved passive ops and bi-static sonar operations
MFTA acts as receiver
SQS-53 is transmitter
Improved torpedo detection capabilities
Modernized Destroyer: Faster Reaction and Improved Engagement Against the Three Dimensional Threat
(Includes Open Architecture enabling more affordable future upgrades)

24. Summary Cruiser Modernization is in the execution phase
First HM&E Availability completed Dec 2006
First Combat Systems upgrade completed Feb 2009
Destroyer Modernization is in the planning phase
First HM&E Availability scheduled for FY 2010
First Combat Systems upgrade completed for FY 2012