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NLOS-LS Program Update: FCS Spiral 1 Support Briefing

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blancaj
22 diapositives · 570 Views · Jan 01, 2020

Stay informed on the Non-Line-of-Sight Launch System Program supporting the Future Combat Systems Spiral 1 with advanced capabilities for precision attacks. Updates on Intelligent Munitions Systems, Unattended Ground Sensors, and more.

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NLOS-LS Program Update: FCS Spiral 1 Support Briefing
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  1. Non-Line-of-Sight Launch System Program Update 19 April 2005 Rod Summers Director NLOS-LS Task Force 256-313-1049 rod.summers@msl.army.mil ANY SOLDIER - ANYWHERE - ALL THE TIME

  2. Briefing Summary • Overview Information • Program Restructure • Selected Program Accomplishments • PAM • LAM • CLU • Networking and Communications • Supportability Concept • S&T Strategy • Take-Aways BLUF: NLOS-LS Program On Track Supporting FCS Spiral 1

  3. FCS System-of-Systems Manned Systems Unmanned Air Vehicles Class IV Command and Control Vehicle Class III Class II Class I Infantry Carrier Vehicle Unattended Munitions NLOS LS Intelligent Munitions Systems Unattended Ground Sensors Mounted Combat System Recon and Surveillance Vehicle Unmanned Ground Vehicles Non-Line of Sight Cannon Non-Line of Sight Mortar Small (Manpackable) UGV ARV Aslt ARV RSTA FCS Recovery and Maintenance Vehicle Armed Robotic Vehicle Medical Treatment and Evacuation MULE (Countermine) MULE (Transport) ARV-A (L) NL-0011 NLOS-LS to PSA (Apr 05)

  4. Unattended Ground Sensors • NLOS-Launch System • Intelligent Munitions System • SOSCOE • FCS Capabilities TBD • SOSCOE Updates • FCS Capabilities TBD • SOSCOE Updates FCS(UA) Spiral 4 Spiral 3 Spiral 1 Spiral 2 Feedback Feedback Feedback EBCT Test and Evaluation Spiral 2 EBCT Test and Evaluation Spiral 3 • Brigade color key • BCT(UA) • Evaluation Unit • BCT not modular • BCT(UA) w/partial • FCS capabilities • FCS UA (18 +1 Systems) • Pending FY 06 • Decision (option • To buy 5 more) E* E* E* E E Spiral 3 Fielding Spiral 2 Fielding FY2008 FY2008 FY2010 FY2010 FY2012 FY2012 FY2014 FY2014 FCS SPIRAL STRATEGY System Development and Demonstration Main FCS Program (PM UA) 1st UA Fielding FY 14-16 (18 of 18) Modular Brigade Combat Teams BCT(UA) (43 - 48 AC & 34 RC) 77 - 82 total EBCT Test and Evaluation Spiral 1 “NETWORK” Spiral 1 Fielding (3 of 18) PEO Ground Combat Systems LEGEND EBCT – Evaluation Brigade Combat Team SOSCOE – System of Systems Common Operating Environment UA – Unit of Action NLOS – Non-Line of Site *NLOS-Cannon (Prototype & Block 0) to EBCT ONLY v1.8 (01 1500 Dec 04) NL-0011 NLOS-LS to PSA (Apr 05)

  5. NLOS-LS Concept of Operation GPS LAM Self Aligning Remote Control Launcher Observed Fires Report BDA Report Redirect LADAR ATR PAM UCIR w/ATR Short Time of Flight Immediate Attack ECC Wide LAM Search Area • Provide Responsive, Networked, Extended-RangeTargeting and PrecisionAttack of Armored, Lightly Armored and Other Stationary and Moving Targets During Day/Night and Near All-Weather Conditions • Be Highly Deployable and Platform Independent

  6. Fills Capability Gaps in Brigade Combat Team Forces Has ability to overcome large TLEs, precisely kill hard and soft targets that are moving or stationary by target designation or autonomous means from stand-off ranges Operational Flexibility Offers joint forces tremendous flexibility across a spectrum of conflicts with efficient logistics, ease of transportability, and greatly reduced collateral damage Maturity of the System Program has been under contract since 1998 and had numerous successes Building Block for the UA Gives current forces a major piece of the FCS lethality capability now Why is NLOS-LS in Spiral 1? NLOS-LS Brings the Future to Today’s Joint Forces

  7. CTV-1 CTV-2 2 2 3 Engineering Unit Production Unit NLOS-LS DraftRestructured Program Plan FCS SPIRAL 1 FY05 FY06 FY07 FY08 FY09 FY10 FY11 Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec Jan Mar Apr Jun Jul Sept Oct Dec CLU Pilot Line Setup CLU/System Qual OT CLU CDR Prelim Des. Detailed Design IOC Pre-Production CLU Deliveries (7) Sp 1 Assessments Flight Tests SFR PDR PAM DVT PAM Test Series 2 CTV’s & 20 GTV’s PAM CDR Prelim Des. Detailed Design Pilot Line Setup Msl/Sys Qual PDR Pre-CDR CTV SFR Component Test/Qual BTV Common Components CDRs Detailed Design Prelim Des. Pilot Line Setup PDRs LAM LAM SDD FUNDING REMOVED Scaled down SDD LRIP LLI FSP $122.3M* $231.6M POM POMPOMPOM POM Spiral 1 Proc Qtys 6 12 30 * ASSUMES FY05 REPROGRAMMING REQUEST APPROVED NLOS-LS PROCUREMENT PART OF UA

  8. Precision Attack Missile (PAM) Technical Requirements GPS/INS Navigation System Requirement ORD Threshold • Data Link • JTRS Cluster V • 2-Way – Op in loop • Software Programmable Automatic Target Acquisition (ATA) • Multi-Mode Seeker • Semi-Active Laser (SAL) • Un-Cooled Imaging Infra Red (UCIIR) PAM Provides A 40km Precision Kill Capability Against Hard and Soft Targets Using Laser Guidance or Automatic Target Acquisition

  9. PAM Accomplishments Warhead Bunker Test Warhead Armor Test Armor Entrance Hole Armor Exit Hole Pre IM Frag Test Post IM Frag Test Pintle Motor End to End Flight Test Successes IR Seeker Images from Captive Flight Tests Against Land/Sea Targets

  10. Loiter Attack Missile (LAM) Technical Requirements Data Link Jet Engine Requirement ORD Threshold JTRS Cluster V Low Cost Turbojet • • 2 - Way – Op in loop • Software Programmable • Automatic Target Recognition (ATR) LADAR Seeker LAM Provides A Dedicated, Loitering Long Range Recon and Discriminating Point Kill Capability

  11. LAM Accomplishments Square Body Wind Tunnel Test Hot Engine Wind Tunnel Test Engine Static Tests Carbon Fiber Wing Seeker Section Captive Flight Test Prototype Processor Board LADAR ATR

  12. Loitering Attack Missile (LAM) What is the Status of LAM?LAM Funding Removed from SDD Beginning in FY05 Due to Army Affordability Issues and Effort Shifted to Army S&T; Operational Requirement Still Valid What is the Focus of LAM S&T Efforts? E-LADAR GECKO E-LAM • More Beams and Resolution for Greater Coverage • Lower Cost, Higher Performance Laser by Shift of Components • Continuous View of Targets • Wide Field of Regard Cueing • Higher Maneuverability • Efficient Searches • Fly Through Stalls

  13. SDD CLUBaseline Concept Computer and Communications System (CCS) Container Launch Unit (CLU) All Up Round (AUR) Walls • AUR Holds 1 Missile • LAM or PAM • Transportation • Storage • Launch • I/O in base to CCS • CCS Provides • Communications • Navigation/GPS • Power • Man Interface • I/O to AURs in Base Removable Forklift Structure (RFS) Removable Base Assembly (RBA)

  14. NLOS-LS Platform Independence Roll Off: Have 30 minutes prep time before mission HIMARS Resupply Vehicle Chosen as NLOS-LS Platform for EBCT Roll Off: Immediate Mission Helo Transport

  15. NLOS-LS Comms Architecture

  16. 50 10 20 30 40 60 70 80 90 00 30 30 II II X 20 20 CA 10 10 00 00 CA 90 90 NLOS LS 80 80 70 70 50 10 20 30 40 60 70 80 90 60 60 First, we had to establish a baseline for the NLOS-LS traffic load: AMRDEC/ Ft. Sill Simulation Experiments • TRADOC-Approved: • FCS Scenarios • Force Structures • CONOPS • ITT and Raytheon NLOS-LS Missile Subnets Explicitly Modeled • NLOS-LS Mission Planners & Imagery Display Explicitly Played • LAM & PAM Detailed Flight Models (Speed, Altitude, Turns, etc) • LADAR and UCIR Seekers Explicitly Modeled • IDEEAS & FIRESIM XXI Force-on-Force Models Unit of Action Supported by Unit of Employment Assets 2500 Entities Played NL-0011 NLOS-LS to PSA (Apr 05)

  17. NLOS-LS Captive Carry Communications Test 2 Cessnas (Surrogate Planned Relays) Xcom (C2) 2 SUVs (Surrogate FOs/C2) 6 Cessnas (Surrogate LAMs) 7 SUVs (Surrogate Terminal Phase PAMs) 2 Cessnas (Surrogate Planned Relays) • 80 km East to West • 30 km North to South • Highest Terrain Feature at 2000 ft ASL NL-0011 NLOS-LS to PSA (Apr 05)

  18. Networked Fires Using NLOS-LS STO (FY02-04) • Purpose: • Develop and Test Communications Networking for NLOS-LS Missiles • Products: • Soldier Radio Waveform (SRW) Modified to Support NLOS-LS Missile Requirements • Two Form-Factored, Prototype Missile Radios and a Missile Antenna • Radio and Comms Software • Results: • NLOS-LS Bandwidth Requirements Established and Proven for UA Operation • Air-Ground Dynamic Network Tested and Proven • Imagery can be Transferred Over Wireless Network Sufficiently for Operational Use Surrogate LAMs Surrogate PAMs Surrogate Ground Elements & Terminal PAMs C2 Cell 20-Node, Beyond Line-of-Sight Comms Test Test Area (30 x 75 km) Extends Up and Over the Cumberland Ridge • Control Node Located at Fayettevile, TN Airport • Monitors all Comms Traffic in the 20-node Test • Performs Analysis of Network Performance NL-0011 NLOS-LS to PSA (Apr 05)

  19. NLOS-LS Ground Comms Demonstration - 18 Nov 2004 Successful Demonstration for PEO-TM with PM UA Networks, LSI and PEO C3T Participation M577 AFATDS Cluster 5 Surrogate* Target Free Text Via CLU SOF/FO RPDA Prototype SW Cluster 5 Surrogate* Fire Orders Status MFR Fire Orders Status MFR * Cluster V surrogate = ITT SFF radios used in NLOS-LS Comms STO effort CLU RPDA Prototype SW Cluster 5 Surrogate* Soldier Radio Waveform (Today) Soldier Radio Waveform (Missiles Comms Demo – Aug 04)

  20. NLOS-LS Supportability • MBCT/UA’s Logistics Support and O/S Costs Minimized • Soldier and Depot Level Maintenance Only • Line Replaceable Units (LRUs) • Common FCS Rechargeable Battery • Standard NATO Slave Connection • Limited Tools Required to Replace LRUs • Fully Integrated Interactive Electronic Technical Manuals (IETM) • Embedded RPDA on CLU • Enables Training and Maintenance Without Additional TMDE or Manuals • Predictive Logistics Increases Cdr’s Flexibility • Embedded Platform Soldier Readiness System (PSMRS) Software feeds the FCS Network’s Logistics Decision Support System (LDSS) • Provide Predictive Prognostics, Diagnostics, and Planning at All Levels of Command

  21. NLOS-LS S&T RoadmapCapability Upgrades - Spiral Development FY 04 05 06 07 08 09 10 11 12 13 14 15 16 Milestone C PDR IPD1 CDR IPD2 MSB Update IOC FDTE FCS Schedule SO 1 Assess SO 2 Assess SO 3 Assess SO 4 Assess SO 1 Prod SO 2 Prod SO 3 Prod SO 4 Prod SO 1 Fielding SO 2 Fielding SO 3/UA Fielding SO 4/UA1 Fielding SO 4/UA2 Fielding NLOS-LS Schedule Pre-production CLU Deliveries Threshold+ Capability IOC PDR CDR LRIP Pre-SDD NLOS-LS PAM/CLU SDD NLOS-LS LRIP/Production EPAM Seeker Transition to PAM SDD NLOS-LS LRIP/Prod NLOS-LS Spiral SDD Transition Mature Technology Future System Improvements: Capability Upgrades PAM Enhanced Propulsion* • Bandwidth Utilization • Signature Reduction and IM • Adverse Weather Performance • Reduced TOF • ADA Variant • IMU Accuracy/Affordability • Extended Power • Increased ATR Processing • Aiming Algorithms • Extended Ranges/Loiter Time • Urban Environment Operations • Increased FOV for Seekers • NLOS Communications • Simulations PAM Warhead Integration (Development-ARDEC)** Tri-mode Seeker* * Proposed Joint Program with Navy Threshold+ Capability PDR CDR ** Proposed Joint STO with ARDEC NLOS-LS LRIP/Prod NLOS-LS LAM SDD Integ Flight Tests ELAM Trades S&T Efforts for Enhanced LAM Capabilities – Transition to LAM SDD Improved Agility ELAM Airframe ELAM Seeker Cost Reduction Adv. Turbo Fan Propulsion

  22. NLOS-LS is on Track for Spiral 1 PAM: Component Level Risks Have Been Addressed CLU: Prototyping has Provided Great Insights into Power and Interoperability Activities LAM Efforts Underway in S&T to Reduce Cost and Enhance Performance Joint Efforts Continue and Will Expand Current Navy Funding on NLOS-LS Contract for Putting PAM on Littoral Combat Ships Special Operations Forces have High Interest NLOS-LS Task Force Director Objectives: Provide PAM Lethality to Current Forces ASAP Get LAM Back on Track to Support Future Forces “Take-Aways”on NLOS-LS NLOS-LS Brings the Future to Today’s Joint Forces