Upload
others
View
2
Download
0
Embed Size (px)
Citation preview
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
U.S. Army Space
and Missile Defense
Command/Army Forces
Strategic Command
DISTRIBUTION STATEMENT A. Approved for public release.
Space and Missile
Defense Update
LTG James DickinsonCommanding General, USASMDC/ARSTRAT
SMD Symposium
6 August 2019
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
2
Joint Battle Command Platform
Army Space Support Teams (ARRST) PNT Situational Awareness
Army Space Training Kit
Joint Tactical Ground Stations (JTAGS)
Wideband SATCOMOperations Centers (WSOC)
Need to Integrate, Normalize, Institutionalize Space Across the Army
JFCC IMD Ops Center
Essential Space Capabilities & Applications
Warning & Situational Awareness
C3
PNT
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command1st Space Brigade
3
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command Task Force Eagle
4
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
Space and Multi-Domain Operations
• Body text (20pt Arial)
o Second level 18pt
▪ Third level 16pt
✓ Fourth level 14pt
- Fifth level 12pt
5
CONCEPT
5
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
Army Space Capabilities:
Small Satellites
Kestrel Eye2017-2018
SNaP I2013
SMDC-ONE 2010
SNaP JCTD2015
COMMUNICATIONSSMALL SATELLITE
EXPERIMENTS
Imagery (Notional)
Point &
Click
Tasking
Simple
Ground
StationSatellites
on Orbit
Launch
Distribution to
Warfighter
2019-2020s
Gunsmoke
6
Polaris
Lonestar
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
CommandAPNT Cross-Functional Team
7
Tactical Space Line of Effort
The APNT CFT will develop and integrate a strategy to provide low earth orbit-based capabilities
that will enable diverse warfighter operations in anti-access/area denial environments
* Reconnaissance, Surveillance, Target Acquisition / Intelligence, Surveillance, Reconnaissance
RSTA / ISR
• Kestrel Eye
• Gunsmoke
Battle Management / Command & Control
• Sensor-to-Shooter
• Tip and Cue
• Tactical Ground Station / Uplink / Downlink
Positioning, Navigation, and Timing
• Allied Global Navigation Satellite System
(GNSS) solutions
• Other signals of Interest
Communications
• Mega-Constellation
• Ground Terminal
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command Army High Altitude Capabilities
Space in depth including HA platforms and LEO satellites
• Will ensure warfighters have continuous space-like capabilities and effects
• Lighter-than-air and heavier-than-air systems
• Attributes: long duration, station keeping, 60,000 – 100,000 ft
8
Zephyr
Station Keeping Airships
HAA-High Altitude Long
Endurance - DemonstratorHigh Altitude Shuttle System
Combat SkySatGlobal Observer
HiSentinel 80
Phantom Eye
SMDC has evaluated a variety of HA systems over the past 15 years
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
Army Astronauts
Left to right:
Astronaut Candidate MAJ Frank Rubio (M.D.)LTC Anne C. McClainCOL Andrew “Drew” R. Morgan (M.D.)
COL (Ret.) Patrick G. ForresterChief of the Astronaut Office
Since 1976, 18 Soldiers have completed astronaut training.
COL (Ret.)R. Shane Kimbrough
COL (Ret.) Mark T. Vande Hei
9
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
10
Army Astronauts
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
Army Astronauts
Left to right:
Astronaut Candidate MAJ Frank Rubio (M.D.)LTC Anne C. McClainCOL Andrew “Drew” R. Morgan (M.D.)
COL (Ret.) Patrick G. ForresterChief of the Astronaut Office
Since 1976, 18 Soldiers have completed astronaut training.
COL (Ret.)R. Shane Kimbrough
COL (Ret.) Mark T. Vande Hei
11
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
MDR and AMD Investments
• C2 capabilities and CONOPS for early warning of advanced threats
• Homeland cruise missile defense acquisition authority
• THAAD battery requirements
• AEGIS destroyer conversion plan to full missile defense capable
• Accelerate tracking and discrimination
• F-35 sensor suite integration into BMDS
• HAWAII AEGIS Ashore
• Space based sensor & interceptor
• Hypersonic defense resources required
• Missile defense capability process review
• Unified Command Plan review
• Pre-launch attack operations
12
TASKS
12
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command Evolution of AMD 2028
Strategic Guidance
Global Competition
Multiple Complex, Integrated Threats
“All of this doesn't matter if you're
dead, that's why we need air defense.” – GEN Milley on Army modernization, 3 Oct 2017
13
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command Air and Missile Defense 2028
14
VISION
The AMD force of 2028 will provide Combatant Commanders with a flexible, agile, and integrated AMD force
capable of executing Multi-Domain Operations and defending the homeland, regional joint and coalition forces,
and critical assets in support of unified land operations.
End
State
Operating
Environment
• Multiple,
complex and
integrated
threats
• Sustained, high
OPTEMPO
• Resource
constrained
• Contested in all
domains
Develop Air and Missile Defense Capabilities
“What we fight with and how we fight”
Build AMD Capacity for Multi-Domain Operations
“How we structure and organize to fight”
Provide Trained and Ready AMD Forces
“How we develop human capital and build readiness”
Maintain Forward Presence and Build Partner Capacity
“How we leverage partner nation capabilities”
Lines of Effort
Predictable, Sustained Funding ● Investment in Force Structure ● Technology Maturation
Army AMD forces of
2028 prevent and
defeat adversary air
and missile attacks
through a
combination of
deterrence, active
and passive
defense, and
support to attack
operations.
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command AMD in Multi-Domain Operations
15
COMPETE
PENETRATE
DIS-INTEGRATE
EXPLOIT
RE-COMPETE
Space, Cyber, EW, IRBM/MRBM, SRBM, CM
SRBM, CM, CRBM, MLRS, FW/RW, UAS
FW/RW, UAS, RAM
ICBM, Space, Cyber, EW, Information Warfare• Conduct deception• Execute counter-reconnaissance• Demonstrate a credible deterrent capability
• Neutralize enemy long-range systems• Deny enemy objectives• Degrade enemy long-range ISR
• Refine intelligence preparation of A2/AD systems• Defeat enemy long range fire systems• Neutralize enemy mid-range fire systems• Defeat the enemy system through deception and
maneuver
• Defeat enemy mid-range systems• Neutralize enemy short-range systems• Maneuver to isolate and defeat land forces
• Produce sustainable outcomes• Set conditions for long term deterrence
AN/TPY-2
THAAD
Space Based
Capabilities
Patriot
THAAD/Patriot TF
Patriot
IFPC
IFPC 100kW Laser
Patriot/IFPC BN
IFPC
M-SHORAD
M-SHORAD/IFPC BN
M-SHORAD
50kW Laser
Strategic Support Area
Operational Support Area
Tactical Support Area
Close Area
GMD
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
CommandAMD Cross-Functional Team
Working with Industry, Prototyping & Experimenting to Shorten Timelines
Maneuver–Short Range Air Defense (M-SHORAD)
Lower Tier Air and
Missile Defense
Sensor (LTAMDS)
Interim Indirect Fire
Protection Capability
(IFPC)
Army Integrated Air and Missile Defense (AIAMD)
IBCS-968
16
concept
Patriot Radar
Iron Dome
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
SMDC Initiatives
UFO22,000+ miles
1/3 Earth footprint
HA65,000+ ft
600 mile footprint
Stinger ETAK Prototype
Integrates existing programs of record with 3D printed, Government owned rail kit prototype
17
Problem: Loss of UHF SATCOM creates significant impact to dispersed users.
Possible Solution: Fly-away High Altitude Regional Communications (HARC) flight packages can be rapidly
deployed to provide regional communications support to units within 600-1200 miles of each other; when
SATCOM is unavailable, HARC can augment BLOS communications on existing tactical radio nets.
HARC
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command High Energy Laser Development
High Energy Laser Mobile Test Truck
• 10-kW laser demonstrated lethality
against small-caliber mortars and Group
1-2 UAS
• Demo at MFIX-16, UAS Hard-Kill
Challenge (FY17)
• 50-kW HELMTT scheduled for MFIX 20
Mobile Expeditionary High Energy Laser
• Multiple MFIX demos – 5-kW, 10-kW lasers
• Joint Warfighting Assessment 2018
o Two Soldiers with minimal training engaged &
defeated all targets in limited live-fire test
• 10-kW MEHEL scheduled for MFIX 20
18
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command International Cooperation & Interoperability
19
10th AAMDC received THAAD deployedfrom 32nd AAMDC to Israel
10th AAMDC hosted 2019 International IAMD Conference at Ramstein Air Base
1-1 ADA Soldier checks equipment in Okinawa during Resilient Shield 19
5-7 ADA Soldiers participated in IAMD exercise Astral Knight 19 in Slovenia
Nimble Titan 18 campaign participants at NATO HQ; NT 20 preparations are underway
69th ADA BDE Soldiers deployed THAAD to Romania supporting Aegis Ashore site upgrade
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
20
THAAD-ROMANIA
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command International Cooperation & Interoperability
21
10th AAMDC received THAAD deployedfrom 32nd AAMDC to Israel
10th AAMDC hosted 2019 International IAMD Conference at Ramstein Air Base
1-1 ADA Soldier checks equipment in Okinawa during Resilient Shield 19
5-7 ADA Soldiers participated in IAMD exercise Astral Knight 19 in Slovenia
Nimble Titan 18 campaign participants at NATO HQ; NT 20 preparations are underway
69th ADA BDE Soldiers deployed THAAD to Romania supporting Aegis Ashore site upgrade
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command NIMBLE TITAN
NT 20 Objectives
▪ Explore how integrated air and missile
defense informs policy, strategic messaging,
and military decision-making at the highest
levels of government
▪ Support allied and partner interoperability by
advancing multinational collaboration and
operational integration concepts to further
enhance deterrence
▪ Incorporate non-kinetic and space-based
effects in support of missile defense into
wargaming, tabletop exercises, and seminars
NT 18 Outcomes
▪ Tension between regional & national defense
designs
▪ Focus on “beyond active defense”
▪ Renewed experimentation with passive defense
▪ Layered collective regional defense
▪ Emphasized importance of common threat
perception
▪ Necessity of decision-making “at the speed of
relevance”
▪ Importance of speaking with “one voice” to
enhance deterrence
“NT has increased my country’s understanding of the policy and military implications of conflict with an
adversary with advanced capabilities against which there are little-to-no active defenses to counter.” - Pre-Crisis Event Survey results, Apr ‘2019
22
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command AMD Highlights in 2019
Soldier-operated MEHEL demos at MFIX 19
MEHEL and HELMTT will be at MFIX 20
RTS is preparing to support
THAAD test FTT-23
100th MDB (GMD)
launched 2 GBIs
in FTG-11
Target fired from
Reagan Test Site
23
THAAD firing from Kwajalein Atoll during FTO-01
BG Gregory J. Brady (left) assumes command of10th AAMDC from COL David Shank (right)
32nd AAMDC revived Roving Sands in 2018 and held
Roving Sands 2019 in March
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
IBCS-968
• Army is moving quickly on space and
AMD concepts and capabilities
for 2028 and beyond
• Army space forces, I2CEWS
• Army AMD 2028
• Increasing interoperability and
integration with allies and partners
Take-Aways
24
U.S. Army Space
and Missile Defense
Command/Army
Forces Strategic
Command
U.S. Army Space
and Missile Defense
Command/Army Forces
Strategic Command
DISTRIBUTION STATEMENT A. Approved for public release.
Space and Missile
Defense Update
LTG James DickinsonCommanding General, USASMDC/ARSTRAT
SMD Symposium
6 August 2019