Kratos ballistics at launch

Ballistic Missile Targets

As threat missile systems evolve, Kratos leads in flexible, affordable ballistic missile targets. Our targets emulate threats, providing crucial opportunities to test and evaluate defense technologies.

Aegis Readiness Assessment Vehicle (ARAV) Family

Kratos’ short- and medium-range ballistic missile (SRBM/MRBM) targets are highly tailorable, emulate various threats, feature advanced staging for trajectory flexibility, and have over 50 successful defense missions.

ARAV Type B
ARAV Type C
ARAV Type TTO
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ARAV Type B

The ARAV Type B—a two-stage spin-stabilized system—uses a Terrier first stage and Oriole second stage, offering selectable events and optional thrust vector control.

ARAV Type 2

ARAV Type C

The two-stage spin-stabilized ARAV Type C uses a Talos MK11 first stage and a Castor® IA second stage. Zeus motors provide systems that double performance.

The Castor trademark is a trademark of Northrop Grumman Systems Corporation (“Northrop Grumman”). Neither this trademark nor Northrop Grumman are affiliated with Kratos. Northrop Grumman does not endorse or sponsor Kratos or its products in any way.

TTO ballistic

ARAV Type TTO

The ARAV TTO, a three-stage spin-stabilized system with two Terriers and an Oriole, offers low apogee, impact dispersions, selectable payloads and nose tips, and thrust vector control.

Ballistic Test Vehicles

Kratos integrates surplus military and commercial rockets for diverse trajectory needs in scientific tests. We ensure seamless integration of experiments, reducing costs and accelerating development.

ARAV Family of Ballistics
ARAV Type TTO

Hypersonic Flight Vehicle

Terrier-Terrier-Oriole (TTO) Vehicle

The TTO is a three-stage spin-stabilized system with accurate direct-insertion and extended ballistic flight time at speeds exceeding Mach 8.

High Apogee Testing

Kratos offers various vehicle options for high-altitude scientific flights based on payload, apogee, and budget. Our flight-proven payload systems support de-spin, separation, attitude, and rate control.

Ballistic Test Vehicles

Kratos offers various vehicle options for high-altitude scientific flights based on payload, apogee, and budget. Our flight-proven payload systems support de-spin, separation, attitude, and rate control.

Ballistic Test Vehicles

Kratos integrates surplus military and commercial rockets for diverse trajectory needs in scientific tests. We help ensure seamless integration of experiments, reducing costs and accelerating development.

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Join the Kratos Team

Kratos engineers and deploys technology and systems that move national security forward, with the cost, speed, and reliability that make readiness certain.
Join us—explore open roles and apply today.

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Contact Us

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