Frontier Astrodynamics is an experienced team of spacecraft navigators with a background in developing operational astrodynamics and navigation systems and tools for:

• NASA's U.S. Space Shuttle Missions and the James Webb Space Telescope

• Commercial Space Mobility and Orbital Transfer platforms

• Commercial Rendezvous and Proximity Operations systems

• Industry-leading Commercial GEOINT and Earth-Imaging Constellations

• US Defense and Intelligence Space Programs

• A number of startup space companies' early mission development and analysis across the spectrum of orbital regimes
  
  

We specialize in:

• Mission, Trajectory and Delta-V Design, Planning, and Optimization

• Large Trade-Space and Constellation Performance Analysis Optimization

• Orbit Determination, Navigation, and Covariance Analysis Support

• Expertise in developing automated GMAT, MONTE, STK/Astrogator/ODTK, and FreeFlyer flight dynamics products, analysis, and operational solutions in multi-language frameworks (Python, Java, MATLAB, etc)

• Mission operations solution developing flight dynamics algorithms and tools for LEOP, critical, routine, and end-of-life ground navigation and maneuver/delta-v planning

• Space Situational Awareness, Conjunction Assessment and Collision Mitigation solutions and tools

• Proposal support, consultation, and assessment

• Independent verification and validation

• Classified mission support