FCS Overview

1
FCS Overview JRP Working Group 24 June 2003
2
BASE ORD - FCS FAMILY OF SYSTEMS COMMON
REQUIREMENTS14 Apr 03 (ORD Change 3) JROC
Approved Structure
Annex A
Annex B
Annex C
Annex D
Annex E
Annex F
Annex G
Annex I
Annex H
Battle
Joint
Command
Leader
Soldier
Manned
Unmanned
Sustainment
Systems
Classified
Interoperability
(C4ISR)
Systems
Systems
Interface
Network
Army
Common Missile CBRNRS
MMR
FTTS
Engineer
Aviation


Vehicles

HIMARS
UAH
A2C2S
TSV TEP
JTRS, WIN
-
T
ACS
CA/PSYOP Vehicle
Land Warrior


Block III
DCGS
-
A
Prophet
(OFW)
Maneuver
Combat
Unattended
Fire Team/
Unattended
Sustainment
UAV
UGV
Systems
Munitions
Squad
Sensors
Systems
RSV (RECON VEH)
INFANTRY CARRIER VEHICLE
UNATTENDED GROUND SENSOR
MEDICAL VEHICLE
NLOS
UAV
UAV
NLOS
-
LS
MULE
Cannon
Class 2
Class 1
SMALL UNMANNED GROUND VEH
COMMAND CONTROL VEHICLE
ARMED ROBOTIC VEH
MOUNTED COMBAT SYSTEM
INTELLIGENT MUNITION SYS
FRMV (RECOVERY)
UAV
UAV
NLOS
Mortar
Class 3
Class 4

HIMARS High Mobility Artillery Rocket
System ICV Infantry Carrier Vehicle IMS
Intelligent Munitions System JTRS Joint
Tactical Radio System LOS Line of Sight MCS
Mounted Combat System MMR Multi-Mission
Radar MULE Multi-function Utility/Log Equip.
Veh. MV Medical Vehicle NLOS C Non-Line of
Sight - Cannon
NLOS M Mortar NLOS LS Launch System RSV
Reconnaissance and Surveillance Veh SUGV Small
Unmanned Ground Vehicle TSV Theater Support
Vessel TEP Tactical Electrical Power UAH Up
Armored HMMWV UAV Unmanned Aerial Vehicle UGS
Unmanned Ground Sensors UGV Unmanned Ground
Vehicles
A2C2S Army Airborne Command Control
System ACS Aerial Common Sensor ARV Armed
Robotic Vehicle C2V Command and Control
Vehicle CA/PSYOP Civil Affairs and PSYOP
Vehicle CBRNRS CBRN Reconnaissance
System DCGS-A Distributed Common Ground System
Army FRMV Future Recovery and Maintenance
Vehicle FTTS Future Tactical Truck System
3
FCS MASTER SCHEDULE - INCREMENT I
FY2002
FY2003
FY2004
FY2005
FY2006
FY2007
FY2008
FY2009
FY2010
FY2011
FY2012
CY2002
CY2003
CY2004
CY2005
CY2006
CY2007
CY2008
CY2009
CY2010
CY2011
CY2012
IOC
MS C
MS B
CDR
PDR
Initial Production Decision
IOC UA W/ ILOs
IBR
SFR
PDR
CDR
SFR
FOC
IBR
IOTE
LUT/OE
IOT
System Development And Demonstration
Concept And Technology Development
Production Deployment
Science and Technology and CTD leading to future
technology insertions and Increments
- Original
CDR Critical Design Review CTD Concept and
Technology Development DT Developmental
Test FOC Full Operatinal Capability FUE First
Unit Equipped IBR Integrated Baseline
Review ILO In-Lieu Of
IOC Initial Operational Capability MS B
Milestone B MS C Milestone C OE Operational
Evaluation PDR Preliminary Design Review SDD
System Development and Demonstration SFR
Systems Functional Review UA Unit of Action
- Change
As of 1 May 03
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SPIRALING CAPABILITIES OVER TIME (1 OF 2)
2008
2010 Organization
IOC - 2010
LUT/OE
Network Prototypes Training Testing

• Manned Systems
• MCS 20
• ICV 26
• NLOS-Mortar 8
• NLOS-Cannon 6
• C2V 24
• RSV 10
• Medical Vehicle 9

• Unmanned Systems
• UAV (CL III/IVa) 17
• UAV (CL I) 15
• NLOS-LS 8
• MULE ARV-A (L) 125
• UGS 50
• SUGV 18

• HEMTT Wrecker ILO for FCS Recovery Maintenance
  Vehicle

UA (w/2 Legacy Battalions)
Essential Joint Interoperability, Networked
Battle Command, Networked Lethality,
Transportability, Training, Survivability (Limited
Achievement of KPPs)
KPPs
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SPIRALING CAPABILITIES OVER TIME (2 OF 2)
FOC - 2012
2012 Organization
2010
IOTE
UA
UA
Full UA
IOC
FSB
FSB
HHC
BIC
Network

• Manned Systems
• MCS 60
• ICV 84
• NLOS-Mortar 24
• NLOS-Cannon 18
• C2V 49
• RSV 30
• Medical Vehicle 29

• Unmanned Systems
• UAV (CL III/IVa) 56
• UAV (CL I) 54
• NLOS-LS 24
• MULE ARV-A (L) 5427
• UGS 157
• SUGV 81

• Spiral Forward Systems
• UAV (CL II)
• Armed Robotic Vehicle- Assault Recon Variants
• Loitering Attack Munitions
• Intelligent Munitions System

• HEMTT Wrecker ILO for FCS Recovery Maintenance
  Vehicle

• Adds two UA Battalions
• Adds two NLOS Batteries
• Full complement of MV/C2V/UAVs

Full-Threshold Joint Interoperability, Networked
Battle Command, Networked Lethality,
Transportability, Sustainability/Reliability,
Training, Survivability
Full Unit of Action
KPPs
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PROCUREMENT PACKAGE SUMMARY
LSI Integration
FCS SDD Procurement Packages
Supportability
C4ISR
Training
Unmanned Systems
MGV Integration
Distributed Information Management (Part of LSI
SOW)
Class I UAS
Ground Vehicle Sensors
Training Support Package
Functional groupings of competitive packages.
These do not represent actual packages
Logistics Deployment Sustainment System
Sensors, Unmanned Aerial Vehicles
Class II UAS
Unattended Ground Sensors
Platform Soldier Mission Readiness System
ISR-Fusion
Class III UAS
Network Management
23 Competitive Procurement Packages to be
released by the LSI in Feb 03
Class IV UAS
Battle Command and Mission Execution
Small Unmanned Ground Vehicle
Planning and Preparation
Communication Soldier
Situation Understanding
Autonomous Navigation
Associate Contract Efforts
Warrior Machine Interface
Armed Robotic Vehicle (ARV)
Ground Vehicle Communication
NLOS-LS
Intelligent Munitions Systems
Communication Air Platforms
MULE
Integrated Computer
PEO C3T Developing
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UGV PROCUREMENTS

• UGV Acquisition Strategy Consists of 4
  Procurements

SUGV
MULE
ARV
ANS

• 30 Lb Vehicle
• 3 Subsystems
• Mobility Platform
• OCI (LW Collaboration)
• Modular Payloads

• Up to 2-1/2 Ton Vehicle
• 4 Subsystems
• Mobility Platform
• OCI (LW Collaboration)
• Auto-Nav
• Weapon / Sensor Pkg
• Vehicle Variants
• Transport / Comms Relay
• Air Assault
• Countermine

• 5 Ton Vehicle
• 4 Subsystems
• Mobility Platform
• Combat Crew Station
• Auto-Nav
• Weapon / Sensor Pkg
• Vehicle Variants
• RSTA
• Assault

• Sensors, INS SW
• 4 Subsystems
• Core Sensors
• Perception Sensors
• Algorithms Sensors
• Combat Crew Station

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COMPLEMENTARY SYSTEMS
Includes RDTE Proc.





OCSW Objective Crew Served Weapon, GSTAMIDS
Distributed Common Ground System Army, JTRS
Joint Tactical Radio System, UA C4ISR COP UA
C4ISR Common Operating Picture, WIN-T
Warfighter Information Network Tactical, AAFARS
Army Aviation Forward Area Refueling Sys.,
DCGS-A Distributed Common Ground System Army,
HEMTT LHS Hvy Expanded Mobility Tactical Truck
Load Handling System, JBPDS Joint Biological
Point Detection System, JCAD Joint Chemical
Agent Detector, JLSCAD Joint Service
Lightweight Stand-off Chemical Agent Detector,
LHS Fuel Farm Load Handling System Fuel Farm,
LLDR Lightweight Laser Designator Rangefinder,
MC 4 Medical Communication for Combat Causality
Care, MOFA Multi Option Fuze Artillery, MRM
Medium Range Munition, PGMM Precision Guided
Mortar Munition, PLS Trailer Palletized Load
System, SECOMP-I/EMPRS Secure Coms Planning
Improved/En-Route Mission Planning Rehersal Sys.,
WNW Wideband Network Waveform, A2C2S Army
Airborne Command and Cont Sys., ACS Aerial
Common Sensor, ASTAMIDS Airborne Standoff Mine
Detection Sys., ATACMS Army Tactical Missile
Sys., GMLRS Guided Multiple Launch Rocket Sys.,
HIMARS High Mobility Artillery Rocket Sys, HMEE
High Mobility Engineer Excavator, LOC Bridge
Line of Communication Bridge, Phoenix BSS
Phoenix Battlefield Sensor Sys., REBS Rapidly
Emplaced Bridging System, SHORAD Short Range
Air Defense, TSV Theater Support Vessel
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FCS SDD Organization
Program Manager LSI
One Team Council (PM of Major Teammates)
Executive Support
Deputy PM Boeing
Deputy PM SAIC
Independent Reviews Risk Management
Advanced Programs
Software Distributed Systems
System-of-Systems Integration
Business Programmatic Integration
System-of-Systems Integration
Legal LRIP Production Plng Operations
Quality Program Protection /
Security Strategic Business
Development Supplier Management
Administration/PMO Business Management Chief
Engineer Chief Scientist
Architect Communications Human
Resources IDS PW Integration
Advanced Collaborative Environment
System-of-Systems Eng. Integration
Integrated Simulation Test
Complementary Programs
Logistics Systems
Training Systems
Force Development
Systems Integration
Soldier Systems Integration
C4ISR Systems Integration
Manned Ground Vehicle Systems Integration
Unmanned Ground Vehicle Systems Integration
Unmanned Air Vehicle Systems Integration
Lethality Systems Integration
Increment 2 Concept Technology Dev
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Planned Lead Locations
Planned Lead Locations
ACE
Boeing-Seattle
Ft Lewis
Logistics
SBCCOM
ARDEC CECOM
Boeing-Philadelphia
Ops, LRIP Planning
SSEI
ARL DARPA
Inc. 2
PMO
FD
Quality
Supplier Mgmt
LSI-WDC
MGVs
TRADOC CASCOM TEA
Ft Knox
Boeing-St. Louis
Boeing-Hampton
Boeing-Huntington Beach
UAVs
UGVs
Comp. Prgs
AMRDEC
IST
C4ISR
Boeing-Mesa
Boeing-Huntsville
Ft Benning
Lethality
TRAC-WSMR
Soldier Sys
STRICOM
Boeing Houston
SAIC
Training
Boeing/SAIC sites
Government
Approved for Public Release, Distribution
Unlimited
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Unmanned Ground Vehicle System Segment Structure
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UGV IPT Current Status

• Evaluating Proposals for SUGV, ANS, Mule, and ARV
• Formulating Initial Risk List and Mitigation
  Plans
• Setting up arrangements for compatibility with
  FCS network
• Preparing for Contract Awards ASAP in FY04
• Refinement of requirements and cross coupling
  with other FCS IPTs with regards to test plans
  and potential leverage
• Monitoring and looking for leverage opportunities
  with complimentary UGV programs

13
UGV Top 11 Risks (SDD Start)

• High
• 1 Autonomous Mobility Performance (T)
• 2 UGV Reliability/Availability (T, C)
• 3 Anti-Tamper Capability (T)
• Medium
• 4 Software Reuse and SoSCOE Integration (C)
• 5 Platform Mobility/Transportability/Survivabili
  ty (T)
• 6 WMI Coordinated Vehicle/Payload Control (T)
• 7 Weapons/RSTA Timeline Compatibility (T)
• 8 UGV SDD Funding Profile low in FY04-05 (S)
• 9 Timely Subcontract Award (S)
• 10 UGV Bandwidth Availability (T)
• Low
• 11 SUGV Small Business Partner Performance (C,S)

2
1
4
8
3
7
5
6
10
11
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(C) Cost (S) Schedule (T) Technical