ABOUT US
OUR STORY
Founded in Washington, DC, in 2020, we provide engineering services for the aerospace industry specializing in astrodynamics, controls, and autonomy for space missions.
Our current focus is on spacecraft Guidance, Navigation, and Control (GNC) systems and flight software (FSW). Ten One is developing a full suite of GNC capabilities for space missions, including rendezvous proximity operations (RPO) and docking in LEO, GEO, and xGEO.
JASON WESTPHAL
Jason Westphal (MS, University of Colorado) has over 25 years of experience developing aerospace products for government, commercial, and international customers. He has extensive experience leading in the design, analysis, development, and test of spacecraft GNC subsystems and flight software. He has been the GNC or Systems lead on programs such as the NASA CPOD and ST8, AFRL S5 and ANGELS, and NSPO FORMOSAT-3/COSMIC programs.
CHRIS ROSCOE
Dr. Christopher Roscoe (PhD, Texas A&M University) has been developing innovative technologies and supporting space missions and space situational awareness (SSA) operations for more than 10 years. He has authored numerous publications on topics such as fuel optimal maneuver targeting, small satellite mission design and testing, information theoretic tracking and orbit determination, and robust multi-spacecraft formation design including J2 and third-body effects.
OUR TECHNOLOGY
01 / GNC
02 / RPO
03 / SSA
Spacecraft GNC/ACS subsystem design and analysis tools, as well as heritage technology for all aspects of FSW development stack: from algorithm design and implementation and command and telemetry handling through to hardware integration, software- and hardware-in-the-loop testing, and operations.
RPO mission design, simulation, and analysis tools, as well as algorithms and FSW for passive relative navigation, fuel optimal maneuver targeting, waypoint and inspection guidance, closed-loop trajectory control, and flight safety (passively safe trajectories and conjunction assessment).
Extensive technology development and operations experience supporting both ground- and space-based SSA, including non-resolved and resolved image processing, data association, orbit determination, maneuver/change detection and characterization, and sensor tasking.