Persistent Surface Attack SystemofSystems Concept 13 October 2004 - PowerPoint PPT Presentation

Title: Persistent Surface Attack SystemofSystems Concept 13 October 2004


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Persistent Surface AttackSystem-of-Systems
Concept13 October 2004

• For information contact
• Bill Elliott
• elliottwe_at_nswc.navy.mil
• 540 653 4073

Distribution authorized to U.S. Government
agencies and their contractors, critical
technology (September 2004). Other requests for
this document shall be referred to Dahlgren
Division, Naval Surface Warfare Center, Code
G205, Dahlgren, VA 22448-5100. DESTRUCTION
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to severe criminal penalties. Disseminate in
accordance with provisions of DoD 5230.25.
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SECDEF Challenge

• We need more weapon systems like the AC-130,
  where the ordnance can be directed in a more
  precise way

ATL Objective
Shorten the kill cycle without sacrificing
precision!
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AoA Recommendations / Status

• SoA Manned
• Unitary Platform
• GTOW 170,000 lb
• Mission Payload 55,000 lb
• Max Range 4000 nm
• Max Endurance 10 hrs
• Crew 6

• SoA UCAVs
• Triplet of UCAVs
• GTOW 71,000 lb
• Mission Payload 17,000 lb
• Max Range 4000 nm
• Max Endurance 10 hrs

Air Force Investigating Multi-Mission (AMC-X,
M-X, B-X, PSAS) Common Modular Platform
Opportunities
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Concept of Operations
PSAS OV-1
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Enabling Technologies

• Common Operating Picture and Control (COPaC)
• Theater-Wide Situational Awareness
• Execute F2T2EA
• Automated Mission Planning
• Reduced Manning
• Stand-Off Precision Guided Munition (SO-PGM)
• Weapon
• Launcher
• Effectiveness
• Air Launched UAV (Assessing ISR Technologies)
• C-130 Sensors
• UAV Sensors
• FO Sensors
• BDA Technologies
• UVCS Technologies

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Common Operational Picture and Control(COPaC)
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COPaC Attributes

• Networked
• Provides Theater-Wide Situational Awareness
• Interoperable with Indirect Fires Through
  Networked TADLs
• Automated Mission Planning
• Open Architecture Computing Environment (OACE)
• Human-Centered Design

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Gunship Crew

• Todays aircrew 15-18
• Pilot
• Co-Pilot
• Navigator
• Flight Engineer
• Loadmaster
• Fire Control Officer
• Electronic Warfare Operator
• Two Sensor Operators (IR TV)

Tomorrows Vision 5-6 Operators (Notional
Positions)

• Lead Gunner
• Airborne Gunners
• Scanners

• Aircraft Commander
• Co-Pilot
• Defensive Systems Operator
• Attack Coordinator
• 2 Sensor / Weapons Operators

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Intelligence, Surveillance, Reconnaissance(ISR)
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Sensor System Terms of Reference

• Detect
• Somethings there
• Distinguish objects from background scenery
• Recognize (Resolve)
• Distinguish between classes of targets, e.g.
• Tank vs. APC
• Positive Combat Identification
• Distinguish between makes/models of one class of
  target (i.e., friendly vs. enemy), e.g.
• T-72 vs. M1A2, BMP-3 vs. M2
• Requires significant target detail

TARGET Through SENSOR to DISPLAY and OPERATOR
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Sensors

• SOF Team Deployable (Networked)
• Small, Rugged Packages with Limited Capability
  and Lifespan
• Gunship Sensors (Networked and Organic)
• High G Packages with Rapid, Long Range
  Capability, Low Resolution
• Low G Packages with Persistence and Medium
  Resolution
• Integrated Packages with State-of-the-Art, Ultra
  High Resolution
• In-Theater Assets
• GIG Sensors, NRO, Global Hawk, Predator, etc.

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Battle Damage Assessment

• Phases
• Phase 1 Did the Weapon Get to the Target and
  Function ?
• Phase 2 Was the Desired Effect Achieved ?
• Phase 3 Target System Response (Power Grid,
  Transportation, Infrastructure,)
• Technologies such as
• 81-mm Mortar (ARL-NSWC)
• MDBDA (Air Force)
• 105-mm Projectile (Diehl)
• Bomb Pursuit Vehicle (AFRL/MN)

Key Aspect of the Kill Chain Process
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GunshipUAV / UAV Sensors
UAV Control System Implemented via Stanag 4586
Architecture
PSAS Objective is Level IV
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Weapon System
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Weapon System Studies
PSAS WEAPON - MUNITIONS FLYOUT STUDIES
PSAS WEAPONS - LAUNCHER STUDIES
SEPARATION
RANGE
GUN
DISPENSE
CANISTER
Global (Aircraft) X, Y, Z Local (Launcher) X,
Y, Z Launcher Azimuth ?? Launcher
Elevation ?? Munition Azimuth ?m
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PGM Fly-Out Studies

• Objective Assessing how Launcher Positions /
  Orientations Impact Munition Safe Separation,
  Stable Flight, and Maximum Range
• Assessing Two Classes of PGMs Versatile
  Canister- Launched Munition (VCM
  Powered)Versatile Dispense- Launched Munition
  (VDM Glider)

Range Plot
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Weapon SystemPrecision Guided Munitions
Versatile Canister-Launched Munition (VCM)
PGAP/ERX
Precision Guided Mortar Munition
(PGMM) RAZORBACK (LM)
Low Cost Precision Kill (LCPK) Solution
SO-PGM / Viper Strike
57mm BOFORS Round
ERGM
Versatile Dispenser Launched Munition (VDM)
120mm PGMM Munition
Assessing Various Government and Contractor
Technologies / Concepts
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Weapon SystemLauncher Concepts

• Classed by Pointing Mechanism
• Fully Rotating andElevating, Stabilized
• Limited Pointing,Stabilized
• Fixed

Focus is Integrated (Cabin Pressurization)
Autoloader Concepts
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System-of-Systems DemonstrationProgram Overview

• Objective Demonstrate that PSAS Enabling
  Technologies can be Successfully Integrated into
  a Combat System to Execute Multiple Engagements /
  Beyond Visual Range F2T2EA Kill Chain Events
• Enabling Technologies are
• COPaC
• Standoff Precision Weapon
• Air Launched UAV ( ISR)
• Propose to Conduct Two System-of-System Exercises
  
• Manned Exercise
• Unmanned Exercise

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Manned Platform (Nighttime Exercise)
Simultaneously Engage All Targets Direct and
Indirect Fire Scenarios
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Unmanned Platform (Daytime Exercise)
Moving Target Provides the Best Stressing Scenario
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Summary

• System-of-Systems Demonstration will Validate
  that the PSAS Enabling Technologies when
  Integrated into a Combat System will Meet the BVR
  / Simultaneous Target Engagement and Deliver the
  Required Effects on Target

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Contact Information
Bill Elliott elliottwe_at_nswc.navy.mil 540 653 4073