Mr. Jim Schirmer, SES Deputy Program Executive Office ...€¦ · MAV Modernization Overview. Responsible for vehicle modernization efforts aimed at integrating mature technologies

Mr. Jim Schirmer, SES Deputy Program Executive Office

Ground Combat Systems,& Mr. Jeffrey Simonis,

DirectorArmy Contracting Command, DTA

Approved for Public Release PEO GCS – Distribution A – May 18, 2020

Maneuver Combat Systems (MCS) Project ManagerCOL John Bryan


Current InitiativesOptionally Manned Fighting Vehicle (OMFV):• The Army will execute the five specific phases with the associated

planned program timeline– Phase 1: Develop OMFV acquisition and contracting strategies (select up to five digital

design contracts)– Phase 2: Digital design (select up to three detailed design and prototype contracts)– Phase 3: Detailed Design (CDR)– Phase 4: Prototype build and test– Phase 5: Production and fielding

Robotic Combat Vehicle (RCV):• RCV Light (L) and RCV Medium (M) Prototype Contracts awarded for

Phase II experiment• RCV (L) Soldiers assessments started, but put on hold until July due to

COVID-19 • PdM RCV (Program Executive Office Ground Combat Systems)

working draft Acquisition Strategy and Initial Cost Estimates for Program of Record (PoR)

5/26/2020Approved for Public Release PEO GCS – Distribution A – May 18, 2020

Short-Term OpportunitiesOMFV:• PM MCS currently developing Draft RFP for Industry feedback• OMFV sub-systems studies:

– PM MCS currently investigating areas to conduct trade studies to inform and shape OMFV Characteristics

RCV:Phase III Experiments – Continuing progression of off-road ground vehicle

autonomy development through the Ground Vehicle System Center (GVSC) with opportunities for future contracts in FY21 for Phase III payloads and platforms.


Long-Term OpportunitiesOMFV:• Phase 2 includes a full and open competition to select up to three vendors for

the Phase 3 detailed designs• The three detailed design vendors will complete Phase 4 Prototype build and

test. • Phase 4 ends with a down select from three to one vendor for the Phase 5

Production and Fielding. • PM MCS will continue to refine trade studies to inform and shape OMFV

Characteristics through Phase 5

RCV:• RCV(L) projected PoR entrance at Milestone (MS) B in FY23 – competitive

strategy • RCV(M) projected PoR entrance at MS B in FY24 – competitive strategy• RCV(H) PoR details to be determined (TBD)


OMFV Program Schedule

Decision Points• DP1: Award up to 5 vendors for prelim. digital design• DP2: Award up to 3 vendors for detailed digital design, and

prototype build and test • DP3: Proceed to prototype build (up to 3 vendors)• DP4: Down-select to one vendor for Low Rate Initial

Production (LRIP)• DP5: Full rate production decision

Key Aspects of Acquisition Approach:• Maintains competition through LRIP, reducing overall lifecycle cost and risk. • Extensive use of modeling and simulation, integration labs, mock-ups, etc. to verify subsystem

capabilities and reduce integration risk.• Soldier touch points ensure feedback through the program and supports TTP development. • Utilizes technology sprints for technology maturation and risk reduction where applicable.

High risk technology required to address capability gaps is deferred to future increments.

FY20 FY21 FY22 FY23 FY24 FY25 FY26 FY27 FY28 FY29 FY30

Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4

Major Milestone Milestone Decision Point Soldier Touchpoint Design ReviewContract Design Build Test Logistics

Phase 1 Phase 2 Phase 3 Phase 4 Phase 5

MDAP Approval MDD MS C FUE

DP #1 Competive Award 5 KTRs

DP #2 Competitive Award3 KTRs + LL Material

DP #3 Proceed to Prototype DP #4 Down Select - 1 KTR DP #5 FRP Decision

Market Research

RFP Develop

RFPRelease

KTR Proposals

SSEB M&S / Sub System Testing

Long Lead Material Items

Digital Design

PDRDetailed Design

CDRBuild / Integrate Vehicle Test LRIP Mat'l Lead LRIP Build Full Rate Production

NET/ LUT

Prod Qual Testing(PQT)

RFP Dev

RFPRel

KTR Proposals

SSEB SSEB NET/IOTE

28 Apr 2020Rev: 1.2

Documents/SA and LPD/Technical Manuals Development Logistics Product Update

Major Milestone Milestone Decision Point Soldier Touchpoint Design ReviewContract Design Build Test Logistics

Field a BN

Test a Company


Phased RCV Strategy Overview

RCV Light (L) Mission: Reconnaissance

RCV Heavy (H)Mission: Decisive Lethality Wingman

S&T PoR*

Phase I – Assess / Learn(Platoon-Level): Establish Reconnaissance

Phase II - Prototype(Company-Level): Establish Offense / Defense

Phase III - Refine(Company-Level): Establish Combined Arms Breach

• 1 platoon of four RCV Surrogates, 1 platoon of four RCV(L) MCOTS, and 1 platoon of four

RCV(M) MCOTs controlled by six Control Vehicles

• 1 platoon of four RCV Surrogates controlled by 2 Control Vehicles

Key Tasks: • Focus on reconnaissance tasks; zone,

route recon, screen• Demonstrate ControlDesired Outcomes:• Burndown Risk• Refine requirements• Inform DP2

Key Tasks: • Focus on deliberate attack,

hasty defense• Demonstrate Integration of

GFS into Industry provided RCV MCOTS

• Demonstrate use of GFE Controller

Desired Outcomes:• Burndown risk • Refine requirements• Inform DP3

• 1 platoon of four RCV Surrogates, 1 platoon of four purpose-built RCV(M), and 1 platoon of four purpose-built RCV(H) controlled by six Control Vehicles

Key Tasks: • Focus on attack, combined

arms breach, defense• Demonstrate Integration of

GFS into Industry provided RCV(M)

• Demonstrate control using GFE Program of Record controller

Desired Outcomes:• Burndown risk • Provide requirements for a

PoR• Inform DP4 to transition

mature RCV platforms into a PoR

Bridging the “Valley of Death” through Phased Prototype Experimentation (Virtual Experiments + Soldier Touch Points)

Est FUE ‘28

Est FUE ‘30

Details TBD

Purpose: (1) Drive Manned-Unmanned-Teaming (MUM-T) doctrine by developing the unmanned combat CONOPS, TTPs, and force structure, and (2) develop and refine requirements for a Program of Record (PoR)

RCV Medium (M) Mission: Anti-Tank Augmentation

MCOTS - Military Commercial off the Shelf FUE - First Unit Equipped DP - Decision Point TTPs - Tactics, techniques and proceduresGFS - Government Furnished System S&T - Science & Technology PoR - Program of Record GFE - Government Furnished Equipment


Brian CorriganInfantry & Artillery Vehicle, ACC-DTA


Main Battle Tank Systems (MBTS) Project ManagerMr. David Marck


• Abrams: M1A2 SEPv2 Field Modifications• Abrams: M1A2 SEPv3 Production and Fielding• Abrams: M1A2 SEPv4 Modernization• CRS: M88A3 prototype Other Transaction Agreement (OTA)• CRS: M88A2 Extension to STS Contract• CRS: M88A2 Engine Electronic Fuel Injection OTA• FMS: Production of Kuwait Case for 218 M1A2K tanks and Total Package

Fielding• FMS: Production of Saudi Case for 133 M1A2S tanks, 20 M88A1 and

Total Package Fielding• FMS: Production of 108 M1A2T tanks, M88A2s, HETs, and Total Support

Package for an Armor BDE & Training Base

Current Initiatives

CONTINUOUSLY IMPROVE COMPONENT RELIABILITY, SURVIVABILITY, SUSTAINABILITY, AND SUPPORTABILITY


Short-Term OpportunitiesOpportunity Period of Performance

Abrams transmission upgrades 4QFY19-FY22

CRS: Award M88A2 1790 Engine Reliability Improvement Other Transaction Agreement

4QFY20-FY22

CRS: Award M88 A2 FY20 Production Contract

4QFY20-FY22

CRS: M88A2 Extension to STS Contract 4QFY20-FY22

FMS: 162 M1A1 SA tanks, Total Support Package and potentially, 25 M88A2s

Production starting as early as 2021; M88A2s TBD


Long-Term OpportunitiesOpportunity Period of PerformanceAbrams: Vehicle Exhaust Engine Smoke System (VEESS)

Q2FY20-FY25

Abrams: Trophy A-kit and ITM improvement Q2FY21-FY25

CRS: Award M88 A3 Production Contract FY22

CRS: M88 New STS Contract FY22

FMS: M1A2 tanks, M88A2s, HETs, and Total Support Package for an Armor BDE & Training Base

Starts in 2020 (final tank production in 2025); fielding & in-country support begins in 2023


Industry Points of ContactCompany Name EmailBAE (Supplier Diversity) Barbara Knox [email protected]

BAE (Production) Jennifer Ickes [email protected]

GD (Suppliers) Jim Boza [email protected]

GD (Programmatics) Darin Johnson [email protected]

Allison Ken Adgie [email protected]

Honeywell Gerhard Schroter [email protected]


COL Ryan O’Quinn, Combat Systems, ACC-DTA


Mounted Armored Vehicles (MAV) Project Manager

Bryan J. McVeigh, PMP


16

PM MAV – Portfolio ABCT Perspective

Mortar Carrier (MC): XM1287

General Purpose (GP): XM1283

Mission Command (MCmd):XM1286

Medical Treatment (MT): XM1285

Medical Evacuation (ME): XM1284

*Based on K-series MTOE

• PM MAV makes up 62% of the ABCT Formation

• Bradley ~ 32% • Fleet 3,340

(A3, ODS-SA, ODS, BFIST)• A4 - AAO 731

• AMPV ~ 30% • AAO 2,897 (Five Variants)

M270A2 MLRS

M2A4 Infantry Fighting Vehicle

M7A3 BFIST

Restore mobility, support, protection, indirect fires, and comms to the ABCT Formation

AMPV and Bradley –60% commonality

ABCT

Abrams 21%(87)

AMPV (M113 FoV

Replacement)30%(131)

Bradley IFV 29%(125)

Recovery Vehicle 9%(35)

BFIST 3% (13)

Paladin 4% (18)

FAASV 4% (18)

PM MAV makes up 62% of the ABCT Formation


Bradley Program Overview

Track and Suspension ECP- Extended Life Track- Heavy Weight Torsion Bars- Dampers and Road Arms

Assured Positioning, Navigation, and Timing (PNT)Joint Battle Command Platform (JBCP) Upgrade

Situational Awareness / Mission Command- Improved FBCB2 Integration

- KGV-72 (Programmable Encryption Device)- Blue Force Tracker (BFT) 2- Mounted Family of Computing Systems (MFoCS)- Joint Battle Command - Platform (JBC-P)

- Common Intelligent Display- Nett Warrior- New Central Processor Unit

Power Train- 675 HP Power Pack Upgrade*- 800 HP Transmission Efficiencies*- Cooling System Modification- Upgraded Final Drives*

Enabled Capabilities- Counter RCIED (Remote Control Improvised

Explosive Device) Electronic Warfare (CREW) v3

Electrical System (28 Vdc)- Electrical Power Upgrade (from 400

amps to 990 amps)- High Speed Slip Ring Upgrade- 1 G Ethernet Switch- Vehicle Health Management System

(VHMS), Phase I- Battery Monitoring*- Begins VICTORY architecture

compliance

Current Fleet

Accelerated Technologies- Automatic Fire Extinguishing System

(AFES) Optimization – Phase One- Driver’s DVE Wide Field of View (FOV)

* Common with other platforms

A4 ECP (Mobility)

SurvivabilityActive Protection Systems: Iron Fist –

Light Decoupled

Underbelly Interim Solution (UBIS)

Current Armored Brigade Combat Team (ABCT) platforms were exceeding, Space, Weight, and Power - Cooling (SWaP-C) limitations while the Army continues to add / increase capabilities. Bradley ECPs were initiated to restore lost platform capability by increasing survivability and providing increased power to the Bradley Family of Vehicles.


Electrification- Electrical Power Upgrade (increase Amperage ~1Kamps)- 600Volt Architecture backbone / Vetronics upgrade- 1 G Ethernet Switch- Vehicle Health Management System (VHMS), Phase I- Battery Monitoring- CD External power/APU

Survivability / Force Protection- Commander Weapon Station Redesign- MAPS with Laser Warning Receiver- Reactive Armor Tile Upgrade- CARC-Z Vehicle Paint Upgrade- Remote Weapon Station

Crew Enablers / User Interface- Vehicle Health Management System (VHMS), Phase I- Battery Monitoring- AUX Power/APU- ECS- Hand holds- Embedded Training- SW GUI Optimization

Mobility / Power Train

- RAM & P-SPEC Variances- Track / Suspension - Power Pack enhancement (M2A4 dual generator)

Situational Awareness / Network Enhancements- 360 SA- Out-of-Hatch COP/SA- C2 Intercom Migration- Cross Domain Solution- Improved FBCB2 Integration

- Mounted Family of Computer Systems (MFoCS)- Joint Battle Command - Platform (JBC-P)

- Common Intelligent High Resolution Display (CDR & Driver)- Wireless TAC/TOC

Variant Evolution- Turreted Mortar- Modular Seating & Stowage

Rapid Capabilities and Critical Technologies Office- Hybrid Electric Drive- Wireless Communications

MAV Modernization OverviewResponsible for vehicle modernization efforts aimed at integrating mature technologies

and developing capability enhancements to the Bradley & AMPV family of vehicles.

AMPVBoth AMPV & BradleyBradley Surrogate


AMPV Program OverviewThe Armored Multi-Purpose Vehicle (AMPV) will replace the Armored Brigade Combat Team’s (ABCT’s) M113 Family of Vehicles

(FoVs). The AMPV addresses the M113’s shortcomings in: survivability and force protection; size, weight, power, and cooling (SWAP-C); and ability to incorporate future technologies and the Army’s Network. The AMPV will provide Commanders with viable capabilities

to maneuver across the full breadth of the ABCT battlefield.

The M113 FoV accounts for ~30% of the ABCT’s tracked fleet

Given the scope and scale of the M113 FoV in an ABCT, M113 replacement is a significant

investment decision for the Army

Army Acquisition Objective: 2,897

Restore mobility, support, protection, indirect fires, and comms to the ABCT Formation

*Based on K-series MTOE (EAB not included)

MT 2% (10)

MCmd 13%(55)

ME 8%(32)

MC 4%(18)

GP 3%(16)

ABCT

Abrams 21%(87)

AMPV (M113 FoV

Replacement)30%(131)

Bradley IFV 29%(125)

Recovery Vehicle 9%(35)

BFIST 3% (13)

Paladin 4% (18)

FAASV 4% (18)

Mortar Carrier (MC): XM1287

General Purpose (GP): XM1283

Mission Command (MCmd):XM1286

Medical Treatment (MT): XM1285

Medical Evacuation (ME): XM1284




Self-Propelled Howitzer Systems (SPHS)Project ManagerCOL Tim Fuller


PdD Paladin

Extended Range Cannon Artillery (ERCA)

• PdD Paladin• PdM Extended Range Cannon Artillery (ERCA)

PM SPHS Initiatives &Opportunities

Opportunity WhenRear View Camera (OTA) 3QFY20-Q1FY22Chief of Section Protection (OTA) 3QFY20-T2 Armor/Undersponsons Kit (FAR-Based) 2QFY20-Q2FY22

Opportunity WhenComponents for prototypes (OTA) OngoingContractor Logistical Support FY22-

Current Initiatives

Opportunities




Stryker Brigade Combat Team Project Manager

COL William Venable


PM SBCT Top 6 Program Activities• Fleet Strategy

– 2-4 ID SBCT Fielding in FY20– 1-2 ID SBCT Fielding in FY22– DVH A1 Production (6 year contract)– Flat Bottom Sustainment in FY21– Approved future requirements

utilizing Stryker platform

• ECP Programs – CROWS - Javelin ECP– Anti-Tank Guided Missile Vehicle

ECP– 3 BDE 30mm (Competitive)

• Stryker Network Modernization

• APS Integration/Characterization– Abrams – Trophy– Bradley – Iron Fist – Continue understanding impacts to

light vehicles

• Vehicle Protection Systems– Modular Active Protection Systems– Laser Warning Receiver Rodeo– Hard Kill/Soft Kill

• FMS – 1 active case

• Approved for Public Release PEO GCS – Distribution A – May 18, 2020

SBCT Modernization and Fielding Schedule

Preparedby:DAPR-FDD

F Y 1 9 F Y 2 0 F Y 2 1 F Y 2 2 F Y 2 3 F Y 2 4 F Y 2 5 F Y 2 6 F Y 2 7 F Y 2 8 F Y 2 9 F Y 3 0 F Y 3 11 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4

0 1 2 3

Test

ECPs

30mm

DVHA1

Test

1 6 83 42CROWS-J

Test 12 7

84 6 9ATGM

Production

Production

Production

30mm SBCTs

3211

EvaluateDesign

2

5 7

1

2

Additional 30mm SBCTs

Upgrade DVH to

9

3x DVHs

4 5 6

DVHA1A1 Fielding window

Current ASL Stryker Brigade Modernization GuidanceMarch 2018 Fleet Mix AROCAddress final mix of DVH and FBH:• DVHA1 production at 1 SBCT/year

• Resourced at 1/2 SBCT/YR• Used Exchange Process for DVHA1

March 2019 Lethality AROCIncrease Stryker Lethality:• Field CROWS-Javelin and MITAS

upgrades• Field 3x SBCTs 30mm MCWS

beginning FY22

March 2020 Stryker Vehicle Mod AROC Approved:• Claimant Courses of Action (COAs)• Army prioritization for claimantsConfirmed:• 1/2 SBCT/Year procurement

3 5


Stryker Future OpportunitiesStryker Demands

(FY Demand Begins)QTY Govt OPR Industry Lead

6x DVHA1 SBCTs + TDA (FY20) 2,318 PM Stryker GDLS

3x 30mm MCWS SBCTs + TDA (FY21) 269 PM Stryker In competition

Terrestrial Layer System Strykers (FY20) 44 PM EW&C (PdMTSW)

Unknown*

Additional Medical Variants for 7x SBCTs (FY21)

70 PM Stryker GDLS

Stryker BCT Fire Direction Centers (FY21) 99 PM Stryker Unknown*

CPI2 Mission Command Platforms (FY21) 184 PM Mission Command Unknown*

NBCRV (FY23) 30 PM Stryker/JPM NBC GDLS/FLIR

Platoon Leader Strykers for MSHORAD BNs (FY28)

36 PM CMD/PM Stryker GDLS/Unknown

Medical Variants for MSHORAD BNs (FY28) 20 GDLS/Unknown

Future Emerging FMS for FBH Strykers TBD PM Stryker GDLS/ANAD

*General Purpose DVHA1 with appropriate modifications. Modifications acquisition will need to be IAW FAR. PM SBCT not OPR for all modifications. Subsystem efforts best opportunities.


VPS Layered Protection

Long Range Protect & AttackDisable the Sensor - Defeat the Shooter - Preempt the

MunitionPredictive - Proactive - Preemptive

Collaborative ProtectionInfinite Magazine

Multiple EngagementsMid-Range Defeat & DestroyDefeat the Munition - Destroy the

ShooterCooperative Protection

Multi-Threat,Single to Multiple Engagement


VPS Tranche Priorities Tranche 0 – Expedited APS activity

Tranche 1 – Programs of Record (NOW – FY24)o SIGMANo Improved Reactive Armor Tileso Laser Warning Receiver with MAC; MAPS

Tranche 2 – Ongoing research (FY22 – 26)o Hard Kill / Soft Kill w/ MAPSo Threat Detectiono CCDO

Tranche 3 – Future (FY26 – TBD)o C-UASo Artificial: Intelligent Ground System Survivability (IGSS)


Shannon JewellStryker Brigade, ACC-DTA


Mobile Protected Firepower (MPF)Project Manager

David Dopp


• Provides IBCTs with mobile, protected direct fire capability to apply lethal and sustained long-range fires to armored vehicles, hardened enemy fortifications and dismounted personnel

• Materiel solution of integrated mature technology, components & sub-systems• Full & Open Competition, down select to 2

for MTA phase:– Armor Coupons– BH&T– 12 vehicles– DT & OT

• Down select to 1 for LRIP in FY22– Option #1: 26 vehicles– Option #2: 28 Vehicles– DT&OT

• Army Acquisition Objective: 504 vehicles

MPF Overview

MPF achieves aggressive schedule by leveraging competition & integration of technologically mature systems.


MPF Program Schedule FY18 FY19 FY20 FY21 FY22 FY23 FY24 FY25 FY26

PPT x 2 KTRs

FUSL / PQT

TM Development TM Update/Verification

TRR

SVARR

FRP

LRIP 1Award

RFP Release

DMR

Test Rpt

SSEB EMD

Award

FUE*

MS C

FUI

TRR

IOC

Proposal Update & SSEB

Prototypes(14 ea X 2 KTRs)

Supportability Assessment

MaterialLead Time

Middle Tier Acquisition Section 804

KP1 KP4KP2 KP3 KP5 KP6 KP7 KP8 KP9

LUT

IOT&E

Armor Characterization

CDE

Test Rpt

MTA

KP1 - Contract Award PrepKP2 - Design Maturity Review UpdateKP3 - Test Readiness Review UpdateKP4 - Soldier Vehicle Assessment (SVA) ReadinessKP5 - SVA Completion, LUT Readiness, Logistics UpdateKP6 - LUT/PPT Results; MS C and LRIP Award PrepKP7 - PQT/FUSL Readiness and Production StatusKP8 - IOTE Readiness; Log Update; FRP J&A/Material AwardKP9 - PQT/IOTE Results; FRP/FUE Readiness

* Organic Support at FUE

PRR

Data As Of: 3/21/20

LogDem

o

Material Release

Bid Sample T&E

Soldier VehAssessment

SVATrai

nBuild

TestLog

SoldierFeedback

= First Unit EquippedFUE

FUI = First Unit Issued

FRP = Full Rate Production

= Initial Operational CapabilityIOC

= Mid Tier Acquisition DecisionMTA

FRP 1Award

LRIP 2Award

FRP EarlyOrder Material Award

FRP 2Award

FRP 3Award

LRIP 2 Deliveries

(28 vehicles)FRP Deliveries (48 vehicles)

LRIP 1 Production / Material Lead Time

LRIP 2 Production / Material Lead Time

LRIP 1 Deliveries

(26 vehicles)


COL Ryan O’Quinn, Combat Systems, ACC-DTA
