1. Joint Surface Warfare (JSuW) JCTD TM - Mr. Bobby Cornelius XM - CAPT Carl Chebi, PMA-201 CDR Anthony Fortescue JSuW JCTD Operational Manager PACFLT TACAIR Requirements Officer (N832)

2. 2 Military Need USPACOM identified an operational need to improve the capability of the Joint Force to engage surface combatants in the littoral environment at stand-off range. The JSuW JCTD identified the following Critical Operational Issues: –Functionality: Does the JSuW technology enhance the Warfighter’s ability to perform Maritime Interdiction at Stand-off range? –Mission area impact: Does the JSuW technology enhance the effective collection, processing and dissemination of information? –Suitability: Are the JSuW technologies suitable for employment with the JTF? –Joint Interoperability and Integration: Does the JSuW system support the accurate and reliable transfer of target information between Joint platforms and Joint weapons?

3. 3 3 Advanced Concept Solution Integrate Link-16, J11 message into JSTARS and LSRS, enabling Joint ISR platforms to act as a third party targeting source (3PS) Ensure J11 interoperability with the JSOW-C-1, and F/A-18E/F programs of record Develop the associated CONOP/TTP Validate CONOP/TTP (SIMEX/Flight tests) F/A-18E/F or ISR platform detects enemy combatants in the littorals J11.2 messages passed between controller / shooter (F/A-18E/F) and 3PS for coordination Weapon released by shooter and 3PS provides In-Flight Target Updates (IFTU) to weapon via Link- 16, J11.1 messages Weapon replies with Weapon In-Flight Track (WIFT) acknowledgement and Bomb Hit Indication via J11.0 message Applicable for single or multi-shot scenarios

4. 4 Management Structure G Oversight Executive: Mr. Scott Stephens (OSD RFD/CS) Lead Service: U.S. Navy Sponsoring Combatant Command (COCOM): U.S. Pacific Command Technical Manager (TM): Mr. Bobby Cornelius (PMA-201) Operational Manager (OM): CDR Anthony Fortescue (PACFLT N832) –Operational Test Agent (OTA): LCDR Chris Maslowski (COTF) Transition Manager (XM): CAPT Carl Chebi (PMA-201) Industry Partners: Raytheon, Boeing, Northrop Grumman DoD Agencies: NAWCWD, SWDG, NSAWC, USAF NEW, DISA Supporting Service: U.S. Air Force Supporting COCOMs: Joint Forces Command Oversight Executive: Mr. Scott Stephens (OSD RFD/CS) Lead Service: U.S. Navy Sponsoring Combatant Command (COCOM): U.S. Pacific Command Technical Manager (TM): Mr. Bobby Cornelius (PMA-201) Operational Manager (OM): CDR Anthony Fortescue (PACFLT N832) –Operational Test Agent (OTA): LCDR Chris Maslowski (COTF) Transition Manager (XM): CAPT Carl Chebi (PMA-201) Industry Partners: Raytheon, Boeing, Northrop Grumman DoD Agencies: NAWCWD, SWDG, NSAWC, USAF NEW, DISA Supporting Service: U.S. Air Force Supporting COCOMs: Joint Forces Command

5. 5 Stakeholders Joint Standoff Weapon (JSOW-C-1) POR –Adds Strike Common Weapon Data Link (SCWDL) to the JSOW-C –Requisite Link-16 message processing logic F/A-18E/F POR –Integrates J11 message capability for own-ship control and to act as 3PS –Integrates J11 message capability to allow ISR platform to act as 3PS P-3C Littoral Surveillance Radar System (LSRS) –Integrates J11.2 message capability to coordinate with launch platform –Integrates J11.1 message capability to act as 3PS Joint Surveillance and Targeting Attack Radar System (JSTARS) –Integrates J11.2 message capability to coordinate with launch platform –Integrates J11.1 message capability to act as 3PS LINK-16 –Ensuring NEW message set complies with Link-16 ICP –NAWC(WD) WEO, USAF NEW POR, NEWIWG involvement

6. 6 JSuW JCTD Schedule RDT&E Fiscal Year 34123412341234 OUA Testing Program Management J.11 Integration Contracts Operational Activation J.11 Message Integration Modeling and Simulation Lab Testing Ground & Flight/ Integration Testing Transition Management $13.4M Risk Management $5.0M$9.8M$14.3M 2010200720082009 Today LSRS J.11 Integration and Test Contract PMR ID Kick OffMPIAP JSTARS J.11 Integration and Test Contract CONOP / TTP Development, Training F/A-18E/F H6E OFP JSOW-C-1 Missile Software Development RMP Development 1 2 3456789 SIMEX Constructive Simulation Planning and CoordinationLab Tests Planning and Coordination Ground Flight H6E OFP Bld 2.3 Bld 2.4 NEWIWG JNEW POM12 OUA vv v TRR/ FRR 1st Captive Carry SCWD L SVT 1st Free Flight OUAPlanning and Coordination Bld 2.5Bld 2.6Bld 2.7 v

7. 7 Demonstration Plan Phase I Lab testing (Sep 09 – Mar 10) √Static lab testing: LSRS, F/A-18 Advanced Weapons Lab (AWL), and JSOW-C-1 Missile Simulation Unit (MSU) √Dynamic lab testing: LSRS, F/A-18 AWL and JSOW MSU √Static lab testing: JSTARS, F/A-18 AWL and JSOW MSU √Dynamic lab testing: JSTARS, F/A-18 AWL and JSOW MSU Phase II Ground testing at Pt. Mugu (Feb – Apr 10) √LSRS, F/A-18E/F, and JSOW-C-1 over the air testing –JSTARS, F/A-18E/F, and JSOW-C-1 over the air testing Phase III Flight testing at Pt. Mugu Sea Range (Jun – Aug 10) –LSRS, F/A-18E/F, and JSOW-C-1 integration flight test –JSTARS, F/A-18E/F, and JSOW-C-1 integration flight test –Operational utility assessment flight test with all platforms COMOPTEVFOR participation: –Scenario development and participation in all tests –Phase I, II, and III monitoring and incremental assessments –Final Operational Utility Assessment and post-flight analysis

8. 8 Benefits to the Warfighter Viable anti-ship strike in high threat environments –Increased survivability via reduced dwell time in threat envelope –ISR platform 3PS can beam threat vice “ nose on ” for F/A-18 E/F Stand-off moving target attack with NEW –Mid-course and terminal guidance via IFTU support from 3PS –Allows for weapon abort and re-target capability in-flight Increased accuracy from 3PS sensors –JSTARS and LSRS target location error much tighter than TACAIR –Translates to better weather capability, and target selectivity in cluttered environment Utilizes existing PoRs and Link-16 network for quicker response to operational need –F/A-18E/F to JSOW-C-1 (IOC FY11) –JSTARS 3PS Fleet OFP release (POM 12 Issue) –LSRS 3PS Fleet OFP release (POM 12 Issue) Increased interoperability between platforms and services

9. 9 Objectives and Results to Date LSRS and JSTARS Link-16, J11 software coded and integrated CONOP/TTPs continue to mature –SIMEX completed in Feb 09 provided early evaluation of TTP –Flight testing will further refine and validate TTP Static and Dynamic Lab tests complete –Anomalies found in F/A-18 and JSOW implementation –Test results will inform future software builds –Joint ISR platform message implementation working as designed LSRS, F/A-18F, and JSOW-C-1 ground test complete –First ever IFTU transmitted from a 3PS to a NEW over Link-16 –LSRS message implementation working as designed –Results will inform future software builds in F/A-18 E/F and JSOW-C-1 Test/Demonstration Strategy Complete  Ground test plan complete for JSTARS test  Flight test plans and flight cards in work G

10. 10 JSuW JCTD Major Achievements and “FIRSTS” SIMEX  First integration of the SDREN and DISN-LES classified networks  First exercise to link Boeing F/A-18 simulators with Air Force VSTARS simulator and MITRE Naval C4ISR Experimentation Lab (NCEL) Joint Interoperability Modular Evaluation System (JIMES)  JITC Interoperability test and data collection tool  Records Link-16 NEW message data stream  Will be used to ensure current and future NEW interoperability In-Flight Target Updates (IFTU) Over the Air  IFTU sent from LSRS to JSOW-C-1 via Link-16  Blazing the trail for all follow-on NEW  JSTARS testing 29 March 10 G

11. 11 JSuW JCTD Transition Strategy F/A-18E/F and JSOW-C-1: –Capability for J.11 messages and JSuW are spirals to existing PoRs –Funded development efforts JSTARS/LSRS: –Incorporation of J.11 messages into OFP –JSTARS JNEW and LSRS POM-12 issues submitted to support NEW PMA-201 to manage JCTD Transition with following Final Report Elements: –Operational Utility Assessment (OUA) –XM/OM submission of Transition Plan for Combatant Commander approval –JSuW JCTD CONOP/TTP G

12. 12 Residuals Hardware: –JSOW-C-1 POR will receive Free Flight Vehicle purchased by JCTD Software: –J.11 message set integrated into LSRS platform as operational software –J.11 message set integrated into JSTARS platform as developmental software –Operational software load for JSOW-C-1 and F/A-18E/F –Multiple Link-16 ICP recommended improvements –JIMES updated to Link-16 ICP standard, including NEW message set Doctrine / CONOP/TTP: –CONOP and TTP will be provided to Naval Strike and Air Warfare Center (NSAWC), the Surface Warfare Development Group (SWDG) and the Air Force Warfare Center (USAFWC) –Doctrinal Implications will be passed to PACOM and JFCOM G

13. 13 Problems/Issues/Watch Items Test Schedule compression due to delay in JSOW-C-1 –Impact: 1. Competition for range, aircraft, and personnel 2. Inadequate time to fix issues between test events –Mitigation: Close coordination with JSOW-C-1 POR; flexibility in scheduling and sharing test assets; help JSOW-C-1 POR with test data and analysis Aircraft/Weapon/Network Interoperability –Impact: Weapon experiencing issues transferring data with F/A-18 and reliably entering the Link-16 network –Mitigation: Multiple lab and ground tests prior to flight testing; Near-real- time problem identification, tracking and resolution via interim software builds; Schedule test events to follow software updates Y

14. 14 Summary Management –JCTD stakeholders (NAVAIR, PACOM, USN, USAF, and industry partners) communication and relationships strong and effective Results to Date –Static and dynamic lab testing completed; LSRS/JSOW-C-1 ground test complete; ground test for JSTARS to be conducted next week Transition –CONOP/TTPs development on track; software coded and implemented, POM-12 issues for LSRS and JSTARS submitted Problems/Issues –Schedule compression due to late delivery of JSOW-C-1 Funding –Sufficient and adequate to execute JCTD Schedule –JCTD on track to complete in FY10 G G G Y G G