Force Projection Symposium IV Deploying The Objective Force USN Perspective 7 May 2003.

Force Projection Force Projection Symposium IVSymposium IV

Deploying The Objective Force Deploying The Objective Force USN PerspectiveUSN Perspective

7 May 20037 May 2003

Force Projection Force Projection Symposium IVSymposium IV

Deploying The Objective Force Deploying The Objective Force USN PerspectiveUSN Perspective

7 May 20037 May 2003

Force Projection Symposium IV Slide 2 May 2003

SEA Power 21SEA Power 21Transformational ConceptsTransformational Concepts

SEA Power 21SEA Power 21Transformational ConceptsTransformational Concepts

Project decisive and persistent offensive power anywhere in the world

Launch immediate, agile and sustainable operations from the sea

DD(X)

Assure access throughout the battlespace for the Joint Force

Project defense around friends, allies, and coalition and the Joint Forces

Provide a sea-based layer of homeland defense

LCS, CG(X)DEEPWATER

CRUISER CONVERSIONMISSILE DEFENSE

Project forces worldwide with capability to fight & win

Operate immediately from an expanded and secure maneuver area – the sea

Minimize vulnerabilities tied to overseas land support

DD(X), LCS, LHA(R)

CRUISER CONVERSION

LHD-8, LPD 17, TAK(E)

FORCEnet Align & integrate warriors, networks, sensors and weapons to implement Network

Centric Warfare

Sea Shield

Sea BasingSea

Strike


Sea Shield Sea Shield Transformational CapabilitiesTransformational Capabilities

Sea Shield Sea Shield Transformational CapabilitiesTransformational Capabilities

Homeland Defense

Theater Air and Missile

Defense

Sea Shield

Assure access throughout the battlespace to let the Joint Force “climb Assure access throughout the battlespace to let the Joint Force “climb into the ring” on our timetableinto the ring” on our timetable

Project defensive sphere to assure our homeland and that of partnersProject defensive sphere to assure our homeland and that of partners

ASW

ASUW

MCM

Littoral Sea

Control


Sea Strike Sea Strike Transformational CapabilitiesTransformational Capabilities

Sea Strike Sea Strike Transformational CapabilitiesTransformational Capabilities

Persistent ISR

Information Operations

Ship-to-Objective Maneuver

Time Sensitive

Strike

Joint and National Sources

Improved Organic Sources

Sea Strike

Project decisive and persistent offensive power Project decisive and persistent offensive power

ExpeditionaryStrike Force


Expeditionary Strike ForceExpeditionary Strike ForceOperational TransformationOperational Transformation

Expeditionary Strike ForceExpeditionary Strike ForceOperational TransformationOperational Transformation

CVBG

ARG

Mid-EastForce SAG

Expeditionary Strike Group

CarrierStrike Group

SSGN/SOFStrike Force

Missile DefenseSAG

AFSB4/2/1

19 independentStrike groups

12

7

37 independentStrike groups

12

9

4

12

Maximum Power Forward


Sea Basing Sea Basing Transformational CapabilitiesTransformational Capabilities

Sea Basing Sea Basing Transformational CapabilitiesTransformational Capabilities

Accelerated Deployment and Employment

Times

Sea Basing

Enhanced Positioning of Joint Assets

Provide worldwide basing options for fighting and winningProvide worldwide basing options for fighting and winningOperate immediately from an expanded, secure maneuver areaOperate immediately from an expanded, secure maneuver area

Minimize vulnerabilities tied to overseas land supportMinimize vulnerabilities tied to overseas land support

At-sea arrival & assembly

Selective offload

Reconstitution at Sea

Critical C2, fires

Focused logistics


Sea BasingSea BasingSea BasingSea Basing

Sea Basing

REPRESENTATIVE PROGRAMS

Command and Control

LogisticsAfloat Power Projection

•Deployable Joint Command and Control System

•Coalition Wide Area Network

•CVN(21) Aircraft Carrier

•CG(X) Cruiser

•DD(X) Destroyer

•Littoral Combat Ship

•LHA(R) Assault Ship

•SSGN Strike Submarine

•Maritime Pre-positioned Force (Future)

•Heavy Load Air Cushioned Landing Craft

•High Speed Vessels

•Mobile User Objective System

•Global Command & Control System Maritime

•CVN-77 Aircraft Carrier

•LHD-8 Assault Ship

•LPD-17 Amphibious Warfare Ship

•SSN-774 Submarine

•DDG-51 Destroyer

•T-AOE(X) Supply Ship

•T-AKE Dry Cargo Ship

Co

reT

ran

sfo

rmat

ion

al


Family of Surface Combatants Family of Surface Combatants Family of Surface Combatants Family of Surface Combatants

NettedNetted DistributedDistributed JointJoint CoalitionCoalition

Assured Access– Undersea Warfare

– Surface Warfare

Power Projection– Navy Fires

Projected Defense– Theater Missile Defense

Homeland Defense



DD(X) Phase III OverviewDD(X) Phase III OverviewDD(X) Phase III OverviewDD(X) Phase III Overview

DD(X) Contract– Produce DD(X) design to support FY05 Critical Design

Review (CDR) for the DD(X) Flight I Baseline– Focused on technology risk mitigation

DD(X) is the centerpiece for development of critical transformational technologies

Ten EDMs to be built and tested Technology risk mitigated through robust land-based and / or

at-sea testing

Results in DD(X) Lead Ship Award in FY05 with delivery in FY11

Protest Did Not Impact FY05 DD(X) Contract AwardProtest Did Not Impact FY05 DD(X) Contract Award


DD(X) Transformational SystemsDD(X) Transformational SystemsDD(X) Transformational SystemsDD(X) Transformational SystemsPeripheral Vertical Launch System (PVLS)

Next Generation Launch SystemNext Generation Launch System

Integrated Undersea WarfareIn-Stride Mine AvoidanceIn-Stride Mine Avoidance

Advanced Gun System (AGS)

Surface Volume FiresSurface Volume Fires Automated Magazine Up to 100 mile Land Attack Projectile

Dual Band RadarDetection of Stealthy TargetsDetection of Stealthy Targets

in Sea-land Clutterin Sea-land Clutter

Integrated Composite Deckhouse & AperturesMulti-Spectral Stealth SignaturesMulti-Spectral Stealth Signatures

Integrated Power System (IPS) Increased Operational and Design FlexibilityIncreased Operational and Design Flexibility

Total Ship Computing Environment (TSCE) Reduced Crew, Open ArchitectureReduced Crew, Open Architecture

3 Face X-Band radar 3 Face L-Band radar

Low RCS / IR / EO Signatures Planar Array Antennas

Tomahawk Standard Missile (SM 2) Evolved Sea Sparrow Missile (ESSM)

Substantially Reduced Manning Fully Integrated Combat System Network Centric Operations Organic Targeting

Gas Turbines 2 Fixed Pitch Propellers Permanent Magnet In-Hull Motors

Hull & MobilityImproved SurvivabilityImproved Survivability

Hybrid Double Hull 30 kt Sustained Speed Hangar both Helos & UAVs Two Flight Deck Spots Stern Boat Launch

Dual Freq Sonar Bow Array Multi-Function Towed Array (MFTA) Torpedo Countermeasures


Littoral Combat ShipLittoral Combat ShipLittoral Combat ShipLittoral Combat Ship A focused mission ship designed to optimize warfighting in the Littoral

Battlespace– Fast– Maneuverable– Shallow Draft

Capable of countering enemy asymmetric littoral threats– Mines– Small fast surface craft– Diesel submarines

Self deploying and self sustaining ship– Not a small craft– Size not yet determined, but significantly smaller than DD(X) or CG(X)

Innovative hull form / propulsion Modular mission payloads with Open Systems Architecture

– Mission payloads to provide sensors and combat systems– Will incorporate advanced unmanned air, surface and underwater vehicles– Fully netted with the battle force– Draws upon the capabilities and fire power of multi-mission ships


USV Anti-Access Patrol Boats

Networked Unmanned VehiclesSurveillance / Communications

USV

USV

Mines

USV

UUVs

Notional Concept of OperationsNotional Concept of OperationsNotional Concept of OperationsNotional Concept of Operations

Diesel / Electric Submarines

Data Sharing:

Control Net:

RMS



Experimentation Lessons LearnedExperimentation Lessons LearnedExperimentation Lessons LearnedExperimentation Lessons Learned HSV-X1 / Westpac Express

– Structural design– Seakeeping– Launch and recovery of vehicles

Skjold– SES technology– Composite design and construction

Visby– Composite design and construction

SLICE– Structural design– Diesel exhaust– Hydrodynamic Drag

Triton– Trimaran design, construction, operations– Seakeeping and structural performance


LessonsTest Blended Wing Lifting BodiesTest Dynamic Control System at High SpeedTest Drag Reduction Technology

LessonsTest Blended Wing Lifting BodiesTest Dynamic Control System at High SpeedTest Drag Reduction Technology

CharacteristicsLength – 100ft Displ – 98LTSpd – 50krsDeliver Dec 03Test Feb 04Under Contract to Pacific Marine

CharacteristicsLength – 100ft Displ – 98LTSpd – 50krsDeliver Dec 03Test Feb 04Under Contract to Pacific Marine

Hybrid Deep Vee Demonstrator (HDV(D)-100)(Mod to 100LT Deep Vee Hull Pacific Marine / TRANSCOM Joint Dev)

ONR Development of ONR Development of Small High Speed VesselsSmall High Speed Vessels

ONR Development of ONR Development of Small High Speed VesselsSmall High Speed Vessels

Small High Speed Vessels Development and Test Serve as ACTD Leading to LCSSmall High Speed Vessels Development and Test Serve as ACTD Leading to LCS

LessonsTest Lifting Body TechEval. miss. modularity capabilitiesEval. advanced Catamaran hull formEval. active polymer drag reductionGain experience w/ design & const

under ABS rules

LessonsTest Lifting Body TechEval. miss. modularity capabilitiesEval. advanced Catamaran hull formEval. active polymer drag reductionGain experience w/ design & const

under ABS rules

CharacteristicsLength –73m Displ – ~1,100LTBeam – 22ft Spd – ~50kts+Endurance – 4000nmSea Trials Jun 04Deliver Aug 04 Contract To Be Signed Titan 31 Jan 03

CharacteristicsLength –73m Displ – ~1,100LTBeam – 22ft Spd – ~50kts+Endurance – 4000nmSea Trials Jun 04Deliver Aug 04 Contract To Be Signed Titan 31 Jan 03

X-Craft(Previously “Littoral Surface Craft (Experimental) (LSC(X))”)


LessonsTest Lifting Body TechTest Dynamic Ride Ctrl SysTest Propulsion SysTest SeakeepingLifting Body Mfg ProcessesConfirm Computational Design

Processes

LessonsTest Lifting Body TechTest Dynamic Ride Ctrl SysTest Propulsion SysTest SeakeepingLifting Body Mfg ProcessesConfirm Computational Design

Processes

CharacteristicsLength – 162ft Displ – 270LTBeam – 40ft Spd – 30+krsDeliver Aug 03Test Sep/Oct 04Under Contract to Pacific Marine

CharacteristicsLength – 162ft Displ – 270LTBeam – 40ft Spd – 30+krsDeliver Aug 03Test Sep/Oct 04Under Contract to Pacific Marine

ONR Development of ONR Development of Small High Speed Vessels Small High Speed Vessels (cont)(cont)

ONR Development of ONR Development of Small High Speed Vessels Small High Speed Vessels (cont)(cont)

Baseline + HYSWAC (Hybrid Small Waterplane Area Craft)

CWIP Feasibility Design Study(Performed by Pacific Marine)

CharacteristicsLength – 185ftRange 1250 nm @ 20kts Displ – 500LT Spd – 35+krsCompleted Study by CNR May 02

CharacteristicsLength – 185ftRange 1250 nm @ 20kts Displ – 500LT Spd – 35+krsCompleted Study by CNR May 02

LessonsFeasible to Build (based on SES200Logistics Issues with one of a kindCombined GT (WJ) and Diesel (CPP)“Lilly Pad” for 2 small HelosWould supplant HYSWAC

LessonsFeasible to Build (based on SES200Logistics Issues with one of a kindCombined GT (WJ) and Diesel (CPP)“Lilly Pad” for 2 small HelosWould supplant HYSWAC


LCS Development TimelineLCS Development TimelineLCS Development TimelineLCS Development Timeline

Mission Package

R&D / Procurement

Platform R&D

2004 2006 2008

Littoral Combat Ship

Unmanned Vehicles

R&D

Composites, Apertures, Propulsion, HSI, Automation

2005 200720032002 2009 2010 2011

R&D Procurement

EDM EDM

LMRS PLUSVTUAV

SPARTAN SCOUT PLUSNEXT GENERATION UV’S

RMSSPARTAN SCOUT


LCS: Sea FrameLCS: Sea FrameLCS: Sea FrameLCS: Sea Frame

Attributes - Balance of Mission Payload, Capacity, Maneuverability, Stealth and Survivability

Draft of 20 feet or lessInnovative Hull Form and Propulsion System

» Economical loiter speeds» Sustained Battle Group transit speeds» High speed sprints of 40-50kts» Potential Common Hull form:

• USCG Deepwater Project Offshore Patrol Vessel• FMS

Signature – Management Technologies to minimize

» Infra-red, acoustic, magnetic, radar and wake emissions

State-of-the-art Damage Control Technology and Self-Defense Systems

Mission manned


Notional Modular Mission PayloadsNotional Modular Mission PayloadsNotional Modular Mission PayloadsNotional Modular Mission Payloads

Weapons

Sensor

Command & Control Zone

Offboard Undersea Vehicle Zone

Offboard Aerial Vehicle Zone Weapons

Zone

•Self Defense Weapon Control•Electronic Warfare Systems•ASW Weapon Control •Exterior Communications

Offboard Vehicles

Self Defense Missile

Self Defense Countermeasures

Self Defense Gun

Weapons

MissionModule Systems

PlatformAnd Core Mission Systems

Command & Control

•Electro-Optical Sight System

External Sensors

•Adv. Surface / Air Search Radar


CG(X)CG(X)CG(X)CG(X)

Advanced Multi Mission Cruiser– Common Hull and Propulsion with DD(X)– Sea-based Theater Air and Ballistic Missile

Defense Suites– Recipient of Spiral Development Technology

Propagation across the Family of Ships– Likely Timeline for Introduction

FY12 Detail Design and ConstructionFY17 First Hull in Water


SummarySummarySummarySummary Family of Ships Aggressively Pursuing the Sea

Power 21 Vision

Significant Forward Progress in Fielding Capability– DD(X) Start Construction in FY05– LCS Start Construction in FY05– CG(X) Start Construction in Approximately FY12

Spiral Development, Open Architecture and Modularity are Keys to Successful Execution

Navy to Navy and Industry to Industry Relationships are Maturing Rapidly on Family of Ships Technologies

Force Projection Symposium IV Deploying The Objective Force USN Perspective 7 May 2003.

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Transcript of Force Projection Symposium IV Deploying The Objective Force USN Perspective 7 May 2003.