Hypersonic Strike
Engineering Hypersonic Advantage Across All Domains—Reliably Delivered at Scale
Our propulsion architecture enables a layered hypersonic capability spanning short-, medium-, and long-range mission profiles. By combining solid rocket motor propulsion for tactical systems with booster-enabled hypersonic air-breathing propulsion for long-range strike, we deliver reliable capability designed for integration across launch platforms and scalable deployment across the joint force.
Core Advantages
- Layered Capability Architecture
- Short-range tactical systems, medium-range theater strike, and long-range hypersonic air-breathing capability provide commanders with flexible options across evolving mission requirements.
- Designed for Integration
- Modular propulsion architectures support streamlined integration across ground, sea, and air launch platforms, enabling operations across all domains.
- Reliable Capability at Scale
- Disciplined engineering, scalable propulsion manufacturing, and accelerated testing enable affordable hypersonic capability delivered at operational scale.
A Modular Hypersonic Strike Architecture
Our hypersonic strike architecture integrates solid rocket motor propulsion for small- and medium-range systems with booster-enabled air-breathing propulsion for long-range strike, creating a layered capability designed for reliability, integration flexibility, and scalable production.
This modular architecture enables commanders to employ the appropriate capability for each mission while maintaining compatibility across ground, sea, and air launch platforms, supporting operations across all domains while improving affordability through modular design and streamlined integration.
Short-Range Tactical Systems
Rapid Response & Tactical Effects
Short-range systems provide rapid-response capability for tactical engagements, where speed, mobility, and logistical simplicity are critical. Leveraging compact solid rocket motor (SRM) propulsion, these systems prioritize lightweight architecture, modular integration, and ease of deployment across distributed launch platforms.
In addition to tactical strike applications, these propulsion systems support rocket-assisted launch of unmanned systems, enabling drones and other payload platforms to achieve rapid acceleration and extended operational reach.
Medium-Range Tactical Strike
Theater-Level Capability
Medium-range systems provide responsive theater-level strike capability designed for operations across contested regions. Built on scalable SRM propulsion architectures, these systems emphasize manufacturability, integration flexibility, and reliable production at scale.
Medium-range systems allow commanders to hold high-value targets at risk while maintaining operational flexibility and cost-effective deployment.
Long-Range Hypersonic Strike
Strategic Reach
Long-range systems extend operational reach through the combination of solid rocket booster acceleration and hypersonic air-breathing propulsion. The booster rapidly accelerates the vehicle to the speeds required for air-breathing propulsion, enabling sustained hypersonic flight and extended range.
Designed for superior stealth, lightweight architecture, and streamlined logistics, these systems provide long-range precision strike capability while maintaining modular integration across diverse launch platforms.
Long-range systems provide commanders with strategic reach while maintaining reliability, affordability, and scalability.
Engineering Discipline
Our systems are engineered through a disciplined iterative rapid development process that integrates digital design, ground validation, and structured flight evaluation to reduce technical risk and ensure reliable performance. From the earliest stages of development, systems are designed for manufacturability, affordability, and operational reliability, enabling efficient production and long-term sustainment.
By aligning engineering decisions with manufacturing realities and supply chain considerations, we simplify system architectures, reduce production complexity, and support scalable deployment while maintaining superior cost-per-effect.
Supporting the Warfighter
Our mission is to equip U.S. and allied warfighters with capabilities that enhance operational effectiveness while prioritizing safety, reliability, and mission assurance. Hypersonic strike systems deliver the speed, precision, reliability, and stand-off distance needed to engage high-value targets while reducing exposure to adversary defenses.
Integrated across ground, sea, and air launch platforms, these systems support flexible multi-domain operations while combining high-speed maneuverability, stealth, and proven reliability to ensure mission success in contested environments—delivering advanced capability while maintaining affordability and scalability for sustained operational use.
The Future is Now
Engage with our team to discover how our offensive and defensive systems, proven in flight, strengthen deterrence and ensure mission success at scale.
