Built for the Most Demanding Missions in Existence.

Propulsion Systems

The force behind every mission.

We design and engineer next-generation rocket propulsion systems — from liquid-fueled main engines to solid-rocket boosters and advanced electric propulsion for deep-space applications. Our propulsion teams operate at the intersection of thermodynamics, materials science, and precision manufacturing.

• Liquid and solid propellant engine design
• Thrust vector control systems
• Propellant management and feed systems
• Engine test and qualification programs
• Electric propulsion for deep-space missions

Orbital Mechanics

Precision trajectory engineering.

Getting to orbit is only half the mission. Our orbital mechanics team designs the trajectories, insertion burns, and station-keeping strategies that put your payload exactly where it needs to be — and keep it there. We model everything from low Earth orbit to geostationary transfer and beyond.

• Launch window and trajectory optimization
• Orbital insertion and circularization burns
• Station-keeping and attitude control
• Re-entry trajectory design
• Multi-body gravitational modeling

Payload Engineering

Your mission, integrated.

Every payload is unique. Our integration engineers work directly with customers to design, test, and certify custom payload interfaces — from scientific instruments and Earth observation sensors to commercial satellites and government payloads. We handle structural, thermal, and electrical integration end-to-end.

• Payload interface design and documentation
• Structural and vibration analysis
• Thermal vacuum testing and qualification
• Electrical and RF compatibility
• Launch readiness reviews

Mission Planning

From concept to countdown.

A successful launch starts years before ignition. Our mission planning team provides end-to-end architecture support — from initial concept studies and requirements definition through systems engineering, risk analysis, and real-time launch operations. We manage complexity so you can focus on your mission objectives.

• Mission concept studies and feasibility
• Systems engineering and requirements management
• Risk analysis and mitigation planning
• Launch campaign management
• Real-time operations support

Ground Systems

The infrastructure of launch.

Space missions depend on world-class ground infrastructure. We design and build the launch pads, fueling systems, telemetry networks, and mission control architectures that support every phase of a mission — from pre-launch processing through post-mission data analysis.

• Launch pad design and construction oversight
• Propellant handling and fueling systems
• Telemetry and tracking networks
• Mission control system architecture
• Ground support equipment (GSE)

Systems Integration & Test

Verified. Qualified. Ready.

No system launches without rigorous testing. Our SI&T team runs the full qualification gauntlet — environmental testing, structural loads, electromagnetic compatibility, and end-to-end system verification. We operate dedicated test facilities and partner with national labs for specialized testing requirements.

• Environmental qualification testing
• Structural loads and vibration testing
• EMC/EMI testing and mitigation
• End-to-end system verification
• Flight readiness certification