Force Projection Symposium IV Deploying The Objective Force

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

SEA Power 21 Transformational Concepts Sea Shield w Assure access throughout the battlespace for the Joint Force w Project defense around friends, allies, and coalition and the Joint Forces w Provide a seabased layer of homeland defense LCS, CG(X) DEEPWATER CRUISER CONVERSION MISSILE DEFENSE Sea Strike w Project decisive and persistent offensive power anywhere in the world w Launch immediate, agile and sustainable operations from the sea DD(X) FORCEnet Basing w Project forces worldwide with capability to fight & win w Operate immediately from an expanded and secure maneuver area – the sea w Minimize vulnerabilities tied to overseas land support DD(X), LCS, LHA(R) CRUISER CONVERSION LHD-8, LPD 17, TAK(E) Align & integrate warriors, networks, sensors and weapons to implement Network Slide 2 May 2003 Centric Warfare Force Projection Symposium IV

Sea Shield Transformational Capabilities Theater Air and Missile Defense MCM Littoral Sea Control ASW Sea Shield ASUW Homeland Defense Assure access throughout the battlespace to let the Joint Force “climb into the ring” on our timetable Project defensive sphere to assure our homeland that of partners Force Projection Symposium IV Slide 3 May 2003

Sea Strike Transformational Capabilities Ship-to- Joint and National Sources Objective Maneuver Persistent ISR Expeditionary Strike Force Time Sensitive Strike Improved Organic Sources Sea Strike Information Operations Project decisive and persistent offensive power Force Projection Symposium IV Slide 4 May 2003

Expeditionary Strike Force Operational Transformation 12 12 37 independent Strike groups CVBG Carrier Strike Group 12 Expeditionary Strike Group ARG Mid-East Force SAG 4/2/1 7 19 independent Strike groups Missile Defense SAG SSGN/SOF Strike Force Maximum Power Forward Force Projection Symposium IV AFSB Slide 5 May 2003 9 4

Sea Basing Transformational Capabilities Accelerated Deployment and Employment Times At-sea arrival & assembly Selective offload Reconstitution at Sea Basing Enhanced Positioning of Joint Assets Critical C 2, fires Focused logistics Provide worldwide basing options for fighting and winning Operate immediately from an expanded, secure maneuver area Minimize vulnerabilities tied to overseas land support Force Projection Symposium IV Slide 6 May 2003

Sea Basing Transformational REPRESENTATIVE PROGRAMS • Deployable Joint Command Control System • CVN(21) Aircraft Carrier • Coalition Wide Area Network • DD(X) Destroyer • Littoral Combat Ship • Heavy Load Air Cushioned Landing Craft • LHA(R) Assault Ship • High Speed Vessels • SSGN Strike Submarine • CVN-77 Aircraft Carrier • Mobile User Objective System Core • CG(X) Cruiser • Maritime Prepositioned Force (Future) • Global Command & Control System Maritime • T-AOE(X) Supply Ship • LHD-8 Assault Ship • T-AKE Dry Cargo Ship • LPD-17 Amphibious Warfare Ship • SSN-774 Submarine • DDG-51 Destroyer Command Control Force Projection Symposium IV Slide 7 Afloat Power Projection May 2003 Logistics Sea Basing

Family of Surface Combatants w Assured Access – Undersea Warfare – Surface Warfare w Power Projection – Navy Fires w Projected Defense – Theater Missile Defense Netted w Distribute d w Joint w Force Projection Symposium IV IV Slide 8 May 2003 May Homela nd Defense

DD(X) Phase III Overview w DD(X) Contract – Produce DD(X) design to support FY 05 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 landbased and / or at-sea testing w Results in DD(X) Lead Ship Award in FY 05 with delivery in FY 11 Protest Did Not Impact FY 05 DD(X) Contract Awa Force Projection Symposium IV Slide 9 May 2003

DD(X) Transformational Systems Dual Band Radar Detection of Stealthy Targets in 3 Sea-land Clutter w Face X-Band Integrated Composite Deckhouse & Apertures Multi-Spectral Stealth Signatures w Low RCS / IR / EO Signatures w Planar Array Antennas Peripheral Vertical Launch System (PVLS) w Tomahawk Next Generation Launch System w w Standard Missile (SM 2) Evolved Sea Sparrow Missile (ESSM) radar w 3 Face L-Band radar Advanced Gun System (AGS) Surface Volume Fires w Automated Magazine w Up to 100 mile Land Attack Projectile Integrated Power System (IPS) Increased Operational and Design Flexibility w Gas Turbines w 2 Fixed Pitch Propellers Total Ship Computing Environment w Permanent Magnet In-Hull (TSCE) Reduced Crew, Open Motors Architecture w Substantially Reduced Manning w Fully Integrated Combat System w Network Centric Operations w Organic Targeting Force Projection Symposium IV Slide 10 May 2003 Integrated Undersea Warfare In-Stride Mine Avoidance w Dual Freq Sonar Bow Array w Multi-Function Towed Array (M Hull & Mobility Improved Survivability w Torpedo Countermeasures w Hybrid Double Hull w 30 kt Sustained Speed w Hangar both Helos & UAVs w Two Flight Deck Spots w Stern Boat Launch

Littoral Combat Ship w A focused mission ship designed to optimize warfighting in the Littoral Battlespace – Fast – Maneuverable – Shallow Draft w Capable of countering enemy asymmetric littoral threats – Mines – Small fast surface craft – Diesel submarines w Self deploying and self sustaining ship – Not a small craft – Size not yet determined, but significantly smaller than DD(X) or CG(X) w w 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 Force Projection Symposium IV Slide 11 May 2003

Notional Concept of Operations Networked Unmanned Vehicles Surveillance / Communications USV USV Anti-Access Patrol Boats USV RMS UUVs Mines Control Net: Data Sharing: Force Projection Symposium IV Diesel / Electric Submarines Slide 12 May 2003

Force Projection Symposium IV Slide 13 May 2003

Experimentation Lessons Learned w HSV-X 1 / Westpac Express – Structural design – Seakeeping – Launch and recovery of vehicles w Skjold – SES technology – Composite design and construction w Visby – Composite design and construction w SLICE – Structural design – Diesel exhaust – Hydrodynamic Drag w Triton – Trimaran design, construction, operations – Seakeeping and structural performance Force Projection Symposium IV Slide 14 May 2003

ONR Development of Small High Speed Vessels Hybrid Deep Vee Demonstrator (HDV(D)-100) (Mod to 100 LT Deep Vee Hull Pacific Marine / TRANSCOM Joint Dev) Characteristics Lessons Test Blended Wing Lifting Bodies Test Dynamic Control System at High Speed Test Drag Reduction Technology X-Craft Length – 100 ft Displ – 98 LT Spd – 50 krs Deliver Dec 03 Test Feb 04 Under Contract to Pacific Marine (Previously “Littoral Surface Craft (Experimental) (LSC(X))”) Lessons Small High Force Projection Symposium IV Test Lifting Body Tech Eval. miss. modularity capabilities Eval. advanced Catamaran hull form Eval. active polymer drag reduction Gain experience w/ design & Speed Vessels Development const under ABS rules Slide 15 May 2003 Leading to LCS Characteristics Length – 73 m Displ – ~1, 100 LT Beam – 22 ft Spd – ~50 kts+ Endurance – 4000 nm Sea Trials Jun 04 Deliver Aug 04 Contract To Be Signed Titan 31 Jan 03 and Test Serve as ACTD

ONR Development of Small High Speed Vessels (cont) Baseline + HYSWAC (Hybrid Small Waterplane Area Craft) Lessons Test Lifting Body Tech Test Dynamic Ride Ctrl Sys Test Propulsion Sys Test Seakeeping Lifting Body Mfg Processes Confirm Computational Design Processes Characteristics Length – 162 ft Displ – 270 LT Beam – 40 ft Spd – 30+krs Deliver Aug 03 Test Sep/Oct 04 Under Contract to Pacific Marine CWIP Feasibility Design Study (Performed by Pacific Marine) Lessons Force Projection Symposium IV Slide 16 May 2003 Feasible to Build (based on SES 200 Logistics Issues with one of a kind Combined GT (WJ) and Diesel (CPP) Characteristics Length – 185 ft Range 1250 nm @ 20 kts Displ – 500 LT Spd – 35+krs Completed Study by CNR May 02

LCS Development Timeline 2002 2003 2004 2005 Unmanned Vehicles R&D RMS SPARTAN SCOUT Mission Package R&D / Procurement 2006 2007 LMRS PLUS VTUAV SPARTAN SCOUT PLUS 2008 Procurement EDM Littoral Combat Ship Force Projection Symposium IV Slide 17 2010 NEXT GENERATION UV’S R&D Platform R&D 2009 Composites, Apertures, Propulsion, HSI, Automation May 2003 2011

LCS: Sea Frame w Attributes - Balance of Mission Payload, Capacity, Maneuverability, Stealth and Survivability «Draft of 20 feet or less «Innovative Hull Form and Propulsion System » » Economical loiter speeds Sustained Battle Group transit speeds High speed sprints of 40 -50 kts 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 Force Projection Symposium IV Slide 18 May 2003

Notional Modular Mission Payloads External Sensors • Adv. Surface / Air Search Radar • Electro-Optical Sight System Platform Offboard Aerial And Core Vehicle Zone Offboard Mission Undersea Systems Vehicle Zone Weapons Senso r Self Defense Countermeasures Self Defense Missile Gun Weapons Zone Command & Control Zone Mission Module Systems Offboard Vehicles Force Projection Symposium IV Slide 19 Command & Control May 2003 • Self Defense Weapon Control • Electronic Warfare Systems • ASW Weapon Control • Exterior Weapons

CG(X) w 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 «FY 12 Detail Design and Construction Force Projection Symposium IV Slide 20 May 2003

Summary w Family of Ships Aggressively Pursuing the Sea Power 21 Vision w Significant Forward Progress in Fielding Capability – DD(X) Start Construction in FY 05 – LCS Start Construction in FY 05 – CG(X) Start Construction in Approximately FY 12 w Spiral Development, Open Architecture and Modularity are Keys to Successful Execution w Navy to Navy and Industry to Industry Relationships are Maturing Rapidly on Force Projection Symposium IV Slide 21 May 2003