Princeton Satellite Systems

Princeton Satellite Systems Our mantra is Aerospace, Software, Energy; satellites and beyond! Princeton Satellite Systems, Inc.

is a small company specializing in aerospace control and simulation technology. Our agility and focus on software development enables us to rapidly develop innovative solutions to a wide range of aerospace and control problems. Our commercial software products enable our customers to pursue the same types of demanding, state-of-the-art applications.

Upgrade your Spacecraft Control Toolbox for interplanetary and lunar exploration with the module pack. Includes the Inte...
01/27/2025

Upgrade your Spacecraft Control Toolbox for interplanetary and lunar exploration with the module pack. Includes the Interplanetary, LunarMissions, and StraightLine modules.

Upgrade your Spacecraft Control Toolbox for interplanetary and lunar exploration with the module pack. Includes the Interplanetary, LunarMissions, and StraightLine modules.

Target Tracking Module
12/31/2024

Target Tracking Module

Princeton Satellite Systems is an aerospace R&D company. We design GN&C systems for spacecraft, sell commercial software and hardware, develop fusion rockets.

The Core Control Toolbox for MATLAB provides you with sophisticated algorithms for control system design and estimation ...
12/31/2024

The Core Control Toolbox for MATLAB provides you with sophisticated algorithms for control system design and estimation with general examples from industry. The toolbox provides you with simulation tools, analysis functions and graphics to make your job easier. Full source code is provided to allow you to customize and function as needed and to fully understand what each function is doing! Add-on modules provide specialized functions for imaging, tracking and wind turbine control.

The Core Control Toolbox for MATLAB provides you with sophisticated algorithms for control system design and estimation with general examples from industry. The toolbox provides you with simulation tools, analysis functions and graphics to make your job easier. Full source code is provided to allow....

The Fusion Energy Toolbox for MATLAB provides functions and scripts for analyzing fusion reactor designs. PSS has been d...
12/31/2024

The Fusion Energy Toolbox for MATLAB provides functions and scripts for analyzing fusion reactor designs. PSS has been developing nuclear fusion engine software since 2007 for projects with the Princeton Plasma Physics Laboratory and our own research and development. The functions are suitable for both fusion propulsion and terrestial power generation. The module includes all major fusion reactions and models for fusion power generation and losses....

The Fusion Energy Toolbox for MATLAB provides functions and scripts for analyzing fusion reactor designs. PSS has been developing nuclear fusion engine software since 2007 for projects with the Princeton Plasma Physics Laboratory and our own research and development. The functions are suitable for b...

The Spacecraft Control Toolbox (SCT) for MATLAB® lets you design, analyze and simulate spacecraft. This product is used ...
12/31/2024

The Spacecraft Control Toolbox (SCT) for MATLAB® lets you design, analyze and simulate spacecraft. This product is used worldwide by leading research and development organizations and spacecraft manufacturers. Over two thousand functions are provided for attitude and orbit dynamics, simulation, analysis and design. You can build a satellite using the graphical CAD tools; design and analyze the control systems; perform disturbance analyses and test the control system in a six degree-of-freedom simulation - all in the MATLAB environment....

The Spacecraft Control Toolbox (SCT) for MATLAB® lets you design, analyze and simulate spacecraft. This product is used worldwide by leading research and development organizations and spacecraft manufacturers. Over two thousand functions are provided for attitude and orbit dynamics, simulation, ana...

The LunarCube add-on module for the CubeSat Toolbox adds lunar mission simulation and analysis tools. These include an e...
12/31/2024

The LunarCube add-on module for the CubeSat Toolbox adds lunar mission simulation and analysis tools. These include an end-to-end simulation for lunar spacecraft, lunar gravity models and mission planning tools.

The LunarCube add-on module for the CubeSat Toolbox adds lunar mission simulation and analysis tools. These include an end-to-end simulation for lunar spacecraft, lunar gravity models and mission planning tools.

The CubeSat Toolbox, for use with MATLAB®, provides you with the tools needed to model CubeSats - all within the MATLAB ...
12/31/2024

The CubeSat Toolbox, for use with MATLAB®, provides you with the tools needed to model CubeSats - all within the MATLAB environment. The toolbox is designed with student teams in mind and up to 10 team members may register for technical support on one license. Full source code is included!

The CubeSat Toolbox, for use with MATLAB®, provides you with the tools needed to model CubeSats - all within the MATLAB environment. The toolbox is designed with student teams in mind and up to 10 team members may register for technical support on one license. Full source code is included!

This module provides dynamics, control, and estimation support for formations of satellites. Circular and eccentric orbi...
12/31/2024

This module provides dynamics, control, and estimation support for formations of satellites. Circular and eccentric orbits are supported. This module features a decentralized formation flying (DFF) control system developed via SBIRs for NASA Goddard Space Flight Center.

This module provides dynamics, control, and estimation support for formations of satellites. Circular and eccentric orbits are supported. This module features a decentralized formation flying (DFF) control system developed via SBIRs for NASA Goddard Space Flight Center.

This module's high-fidelity disturbance model enables users to simulate complex solar sail shapes without resorting to a...
12/31/2024

This module's high-fidelity disturbance model enables users to simulate complex solar sail shapes without resorting to analytical approximations. You can study the nonlinear effects of different sail material properties and propellantless actuation schemes. The combination of these special sail CAD and dynamics models with control design tools from the core toolbox provide a complete sail attitude and orbit control analysis solution! This is an Add-On module that requires the SCT, Professional Edition.

This module's high-fidelity disturbance model enables users to simulate complex solar sail shapes without resorting to analytical approximations. You can study the nonlinear effects of different sail material properties and propellantless actuation schemes. The combination of these special sail CAD....

This module provides a complete, integrated set of tools needed to perform the design and analysis of nuclear fusion pro...
12/31/2024

This module provides a complete, integrated set of tools needed to perform the design and analysis of nuclear fusion propulsion systems. It includes functions for nuclear fusion power generation, nuclear fusion physics and propulsion. It has a complete set of functions for point reactor designs. All fusion reactions including Deuterium-Tritium, Deuterium-Helium 3 and Boron Proton can be analyzed. Additional functions provide tools for sizing shielding and cyrogenic cooling systems.

This module provides a complete, integrated set of tools needed to perform the design and analysis of nuclear fusion propulsion systems. It includes functions for nuclear fusion power generation, nuclear fusion physics and propulsion. It has a complete set of functions for point reactor designs. All...

This module provides a complete, integrated set of tools needed to perform spin-axis attitude determination using horizo...
12/31/2024

This module provides a complete, integrated set of tools needed to perform spin-axis attitude determination using horizon sensor and sun sensor measurements. Spin-axis attitude determination requires at least one horizon sensor and one single-axis sun sensor.

This module provides a complete, integrated set of tools needed to perform spin-axis attitude determination using horizon sensor and sun sensor measurements. Spin-axis attitude determination requires at least one horizon sensor and one single-axis sun sensor.

This module provides functions for image processing and imager and camera modeling and simulation, including edge detect...
12/31/2024

This module provides functions for image processing and imager and camera modeling and simulation, including edge detection and corner detection. This is an Add-On module that requires the Core Control Toolbox.

This module provides functions for image processing and imager and camera modeling and simulation, including edge detection and corner detection. This is an Add-On module that requires the Core Control Toolbox.

Address

6 Market Street Suite 926
Plainsboro, NJ
08536

Telephone

+16092759606

Website

Alerts

Be the first to know and let us send you an email when Princeton Satellite Systems posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Princeton Satellite Systems:

Shortcuts

Share

Category