At Advanced Space, we don’t just design trajectories — we chart new frontiers and innovate along the way. Space is becoming more dynamic, contested, and strategic than ever before — and Advanced Space is redefining how missions are engineered and executed to accomplish more for your research dollars than possible before. Our astrodynamics and space engineering services empower commercial ventures and government projects to operate with the precision, speed, and vision needed to lead in the next era of space. Our CAPSTONE mission is the first privately owned satellite to orbit the Moon and has been doing so for more than 3 years now.
We provide government and defense partners with astrodynamics expertise, flight-proven mission design, and resilient operational architectures built for the cislunar domain and beyond. Our team delivers high-precision orbit determination, trajectory planning, and real-time operational support that provides decision-makers a decisive edge. We’re pioneering a modern, agile approach to mission engineering, enabling rapid deployment, adaptive maneuvering, and persistent domain awareness.
With proven experience supporting NASA, DoD, and other U.S. government programs, Advanced Space stands at the intersection of technical excellence and national strategy — turning bold objectives into operational advantage. We deliver advanced trajectory design, navigation strategies, and flight dynamics solutions that turn ambitious concepts into operational reality. Whether deploying constellations, executing proximity operations, or pioneering new markets in cislunar space, we help innovators move faster and smarter.
From propulsion integration to autonomous mission operations, we blend deep technical excellence with entrepreneurial agility to reduce complexity, accelerate timelines, and unlock opportunities where others see barriers. We partner with organizations ready to define the future of space infrastructure and sustainable space operations. Specific capabilities we offer organizations to get their mission off Earth and into space include the following:
- Space mission design
- Space navigation
- Spacecraft autonomy
- Proximity Operations
- Low energy trajectories
- Guidance, Navigation, and Control
- Launch Strategies
- Trajectory Optimization
- Orbit Determination
- Maneuver Design
- Mission Formulation
- Space Domain Awareness and Traffic Coordination
- Space Access
- Operations and Execution
- Payload selection/ Trade studies
- Project Management
- …and more
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