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James Lackey – VP Simulation and Systems IntegrationDecember 20, 2018

Parsons Hypersonics Capabilities

Parsons Corporation – Who We Are

IndustrialOil/Gas Infrastructure

EnvironmentalBuildings & Vertical

CommunicationsVehicle Maintenance & Inspection

InfrastructureAirports

Bridge & TunnelLand Development

Ports & HarborsRail Transit SystemsRoad & Highway

Water & Wastewater

FederalEnvironmental

InfrastructureIntelligence

SecurityMissile DefenseEnergy

Health

Core ServicesEngineering

ConstructionPM/CM

CyberIT/Technology

Core ValuesSafety

QualityIntegrity

DiversityInnovationSustainability

Global Markets

70+Years

13,500Employees

$3B+Annual Revenue

10,000+Degrees/Certifications

80+Languages

GlobalPresence

• 10 countries & 46 states• Quick reaction capability

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DIA/MSIC Support History

• Continuous support to DIA/MSIC as SPARTA/Cobham/Parsons since late-1980s

• OMSAS contract§ Foreign material exploitation§ All-source data analysis and tools development

§ Offensive missile modeling, performance analysis, HWIL development/operation

• ITASE contract§ Develop and maintain ITASE architecture

§ Plan and execute Many-on-Many, Blue-vs-Red M&S analyses

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HEAT Characteristics• Highly Capable

§ Supports multiple player types

§ Missiles, HGVs, satellites, radars, BMC3

§ Wide array of missile technologies already incorporated

§ Flexible, reconfigurable architecture

§ Built in Monte Carlo and parameter sweep tools

• Highly Productive§ Fast running C++ executable

§ Single workstations and distributed processing

§ Window and Linux environments

• Highly Accurate§ Full 6DoF dynamics with conservation of mass and momentum

§ 6DoF hypersonic aerodynamics

§ Object spawning such as spent stages and countermeasures

§ Earth models up to WGS-84, augmented US 1976 atmosphere

§ Extensive V&V

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HEAT is Ideally-Suited for HGV Modeling and Simulation

Hypersonic Glide Vehicle (HGV) Representative Trajectory

SCO Support

• Over Six Years of Continuous Support to SCO through MSIC

§ Hypervelocity Gun Weapons System (HGWS) versus threat missiles, including MRVs and HGVs

• Fully Closed-Loop 6DoF Model§ Incoming threat§ Surveillance and track radars

§ BMC3/Fire Control, Weapon-Target Assignment§ Hypervelocity gun§ Advanced projectile with onboard subsystems

• Trade Studies and Raid Analyses§ Radars, track filters, threat predictor trades§ Projectile design trades

§ Flyout tables and defended area analyses§ Large raids with leakage rate analyses§ Active participant with MDA/APL HWIL

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Hypervelocity Gun Weapon System: Major Components

Integrated Threat Analysis Simulation Environment (ITASE)

• Developed for DIA/MSIC as Backbone for JRAAC

• OUSD AT&L Program

• Integrates disparate models for systems-of-systems analysis§ Weapons, Sensors, BMC3

• Red-Blue high fidelity modeling

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Navigation

§ Instrument Types§ Error Specification§ Pre-Launch Alignment

§ Navigation State Estimate

Guidance

Environment§ Gravity§ Atmosphere§ Wind§ Earth Model

§ Measured Body Rates& Accelerations

§ Guidance Commands

Missile Dynamics

Missile§ Aero§ Mass Properties§ Actuators§ Propulsion

§ Missile Truth States§ Actuator Commands

Guidance

§ Explicit Formulation

Autopilot

§ Tailored to actuators(Jet Vanes, Fins, etc.)

ITASEJRAAC