Award Data

The number of Resident Space Objects (RSOs), particularly in low Earth orbit, is rapidly increasing, both wanted and unwanted, friendly and otherwise. Thus, a critical need to service, whether to refuel, repair, remove, or reposition RSOs at scale is emerging. Specifically, the capability to visit numerous RSOs with a single spacecraft. Currently, designing and optimizing such missions under rapid ...

ABSTRACT This STTR provides Autonomous CubeSats (ACS) that mitigate space debris and remove non-cooperative resident space objects (RSO). ACS units provide real-time Rendezvous Proximity Operations (RPO) in a cost-effective autonomous platform. Dynamic Artificial Intelligence (DAI) software and algorithms are incorporated into next-generation miniaturized Space Controllers that manage ACS units. D ...

To address the U.S. Space Force’s need for cost-effective active debris removal, Kall Morris Inc (KMI) is developing a deterministic optimization algorithm that provides the orbital parameters for an optimal collection point in which a processing space station could be placed. These parameters are vital to achieving widespread remediation of the orbital debris problem, as bringing multiple RSOs ...

Identification and Significance of the Innovation The US Space Force has identified a need to keep the space environment safe for US assets, requiring the ability to clear debris and derelict satellites in GPS-denied environments. Navigating orbital mechanics is a delicate dance during final approach and capture of a resident space object (RSO), especially in a GPS-denied environment. Simultaneous ...

The USSF must create systems that provide On-orbit Servicing, Assembly and Manufacturing (OSAM) to extend the life of its spacecraft, de-orbit debris, reuse and recycle materials and enhance the spaceflight safety throughout a satellites lifecycle (launch, operations & de-orbit). To this end, Slingshot will develop Slingshot SpaceTagTM, a novel hosted payload with an independent Position, Navigati ...

In response to the SpaceWERX Orbital Prime STTR call, Motiv Space Systems (Motiv) and its research partner, the US Naval Research Laboratory (NRL) present the xLink Debris Removal System (xDRS).  xDRS is based on several proven technologies and methodologies, including the space robotic manipulator, xLink, developed by Motiv as a low-cost, modular robotic arm.  Additionally, NRL brings a wealth ...

MSBAI proposes to adapt our ‘Universal Interface for Simulation’ called GURU to provide a comprehensive intelligent environment to run trajectory design and mission planning, and orbital dynamics analysis specific to on-orbit operations. Simulation support of these operations will be significantly scaled by reducing the time, labor, and expertise required to leverage space mission design, opti ...

A single small satellite can’t match the capabilities of a much larger spacecraft and may not be suitable for the same missions, collectively however small satellites in an autonomous networked constellation offers a unique capability and advantage. Currently military operators use manual processes to assess availability and coordinate use of sensors, communications, satellites, weapons, and oth ...

Orbital Composites’ Orbital Debris Removal System (ODRS) is a novel concept that can remove millions of pieces of debris ranging in size from miniscule to very large at 50-100X lower cost than currently proposed solutions. Thousands of very long carbon fibers may be attached to a 6-12U CubeSat. A large ORB of de-orbiting tethers suspended in zero-G would automatically static charge-weld themselv ...

OSAM activities lay the foundations for sustainable space exploration and serve as a multiplier for other capabilities like space logistics, vehicle reusability, and ex-GEO expansion. Of the numerous technologies underlying OSAM capabilities, propulsion is identified as 1 of 3 technologies important for all related activities (the other 2 are GNC and automation). By building upon propulsion techno ...