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78 November 2001

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LIDAR. UGV Payloads. Unattended Sensors. HTI Application ... RTV (LIDAR) - FY07. Advanced EO/IR - FY06/07. FOPEN - FY10. Hyperspectral - FY10. NBC - FY08 ... – PowerPoint PPT presentation

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Title: 78 November 2001


1
Robotic and Unmanned Sensors
  • 7-8 November 2001

Mr. Michael Madden PM UAV Payloads (732)
427-5816 Michael.madden_at_iews.monmouth.army.mil
2
Agenda
  • Who Are We?
  • Where Are We Headed?
  • Tech Base Transition
  • Summary

3
Who Are We?
Today
Yesterday
Oct 26 Mission Change
PEO IEWS
PEO IEWS
PEO IEWS
PM NV/RSTA
PM NV/RSTA
PM NV/RSTA
PM TESAR
PM UAV Payloads
PM Robotic and Unmanned Sensors
  • TUAV/SUAV/MAV
  • SAR/MTI
  • EO/IR
  • LIDAR
  • UGV Payloads
  • Unattended Sensors
  • Predator
  • SAR



HTI Application Potential
4
Mission Statement
  • Integrate, test and produce qualified,
    interoperable sensor systems for unmanned air and
    ground applications in support of multiple Army
    and DoD mission areas in a cost-effective manner.

5
Brigade TUAV Advanced Payload Roadmap
TRADOCPriority
FY03
FY04
FY05
FY06
FY07
FY02
FY08
FY09
Communication Relay-Light
1
Advanced EO/IR w/LRF
2
3
SAR/MTI
Laser Designator/ Illuminator
4
5
Hyperspectral
Prod. in FY10
SDD Phase Production Phase
6
Planned ER/MP TUAV Payload Roadmap
FY03
FY04
FY05
FY06
FY07
FY02
FY08
FY09
TRADOCPriority
Advanced EO/IR w/LRF
KPP
KPP
SAR/MTI
Communication Relay Payload-Heavy
1
Laser Designator/Illuminator
2
3
Hyperspectral
Prod. in FY10
LIDAR
Other
SDD Phase Production Phase
7
UAV Payload Capability
  • Sensor Capabilities
  • Large Area Surveillance Mapping
  • Medium Area Detection, Targeting, Tracking and
    Identification
  • Hidden and Camouflaged Targets and Personnel
  • Force Protection and other Sensors
  • Payload - Initial Fielding
  • Advanced EO/IR w/Mosaic - FY06/07
  • SAR/MTI - FY06/07
  • RTV (LIDAR) - FY07
  • Advanced EO/IR - FY06/07
  • FOPEN - FY10
  • Hyperspectral - FY10
  • NBC - FY08
  • Countermine - FY08

All based on current funding projections
8
Where Are We Headed?
Modular Plug Play Architecture
Other Layered Sensors
UAVs
RSTA Sensor/UGV
UGS
C4ISRDomain
C2
Soldier remains our Focus
Infantry Carrier
9
Where Are We Headed?
  • Unmanned Systems, Land Warfare
  • Application Must Use a Coordinated Integrated and
    Interactive Methodology
  • Soldier and Small Units (e.g., Battalion and
    Below) Controlling a Larger Area
  • Mission-centric and Distributed
  • Fewer Operators, Maintainers, Repairers and
    Supporters
  • No Stove-piped Approaches

Smaller, More Agile, Mobile and Lethal
10
Where Are We Headed?
FCS Sensor Principles
  • Self-sufficient Sensor Capability
  • Maximize Commonality Across Sensors
  • Networking with Collaborative Sensor Fusion
    Across Platforms
  • Remote Networked Beyond Line of Sight (BLOS)
    Sensing with UAVs, UGSs, and Robotic Platforms

Soldier-centric Looking at Soldier Needs from the
Bottom Up!
11
PM Robotic and Unmanned Sensors - Technology
  • Components
  • Payloads Platform
  • MTI/SAR TUAV/UGV
  • EO/IR TUAV/SUAV/UGV
  • CRP-L/M TUAV
  • Chem Det TUAV/SUAV/UGV
  • MET TUAV/UGV
  • RTV TUAV

Acquisition Tech Base PM SW I2WDPM
NV/RSTA NVESD PM SW I2WDPM TRCS STCDPM
SATCOM STCD PM ACS I2WDPM TUAV AMRDEC PM UGV
NVESD
Sensor Payloads
Team C4IEWS PEO IEWS CECOM
Communications
Air/Ground Frame
Virtual PMs
12
Unmanned Sensors Acquisition Roadmap
FY03
FY04
FY05
FY06
FY07
FY02
FY08
FY09
  • SUAV
  • OAV (VP)
  • MAV (MP)
  • Adv. Payloads
  • Acoustic
  • Chemical
  • LRF
  • UGS
  • Silent Warrior
  • MIUGS
  • NSfOF
  • UGV Payloads
  • CETS
  • TBD
  • Netted Comms

SDD
Production
























TRL-7
OT
SDD
Prod
























TRL-7
OT
SDD
Production
SDD
Production
SDD
Production












OT
SDD
Production
























OT
TRL-6
SDD
Production
























TRL-6
SDD
Production
























OT
TRL-6
SDD












Production












OT
TRL-6
System Development Demonstration
Production
13
Tech Base Transition
I2WD - Multi-Functional Intelligence and Remote
Sensor Suite (MIRSS)
Transition Silent Warrior Block I -
FY03 Silent Warrior Block II - FY05
14
Tech Base Transition
NVESD - Networked Sensors for the Objective Force
ATD
Networked Sensors and Communications in support
of the Tactical Infosphere
Transition FY07/08
15
Tech Base Transition
NVESD - Cost-Effective Targeting System (CETS)
Critical Technologies Uncooled FLIR SWIR Gated
Camera Eyesafe Laser Rangefinder/
Illuminator Onboard ATR
Laser Receiver 0.5o x 0.5o
NFOV FLIR 4.6o x 3.4o
Laser Illuminator 18m x 9m Spot
WFOV FLIR 9.3o x 6.8o
Transition FY05
16
Summary
  • Leverage Tech Base (ATDs and STOs)
  • Participating in Requirement Generation (MNS ?
    ORD)
  • MOA with JPO/UGVS
  • Networking Comms is Critical Piece Must Be
    Developed as Part of the Sensor Package
  • Determine Best of Breed Solution
  • Transition and Field as a Component to Objective
    Force

17
Backup
18

19
Background Assumptions
SUAV
  • SUAV Data to Support Transition from Technology
    Readiness Assessment
  • Choice of Advanced Payloads from Oct 01
    Technology Readiness Assessment
  • Each SUAV Comes with Basic EO/IR or Camera
    Capability
  • Assume 2 SUAV Airframes/System per Draft SUAV ORD
  • SUAV Requirements Distribution per Draft SUAV ORD
  • Armor 1203
  • Infantry 100
  • Special Forces 498
  • Military Police 100
  • Total 1901

20
Background Assumptions
UGS
  • Cost
  • Sensor 15K
  • Repeater 20K
  • Distribution
  • 1 Set UGS per Battalion
  • 1 Set Equals 50 Sensors 5 Repeaters
  • 90 Maneuver Battalions in Active Army

21
Small UAV (SUAV)
  • Suited for Complex Terrain and Urban Environment
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