SATELLITE DESIGN AND OPERATION

An inclusive modeling environment that enables decision-making regarding complex ground, sea, air, or space systems throughout all stages of the project or program lifecycle.

These products are suitable for any mission at any stage of the lifecycle; from conception to operations, our space tools can assist with system architecture, trajectory design, orbit determination, subsystem analysis, and much more. Thousands of engineers and operators have used these tools in hundreds of successful satellite programs. Fly your satellites using the same software used to design and test them.

SYSTEMS TOOLKIT (STK) – Model complex land, sea, air, and/or space systems and evaluate their behavior in real-time or simulated.

KIT DE HERRAMIENTAS PARA LA DETERMINACIÓN DE ÓRBITA (ODTK) ODTK proporciona soporte tanto para la determinación como el análisis de órbita duranto todo el ciclo de vida de los satélites y sus sistemas de rastreo, a través del procesamiento de una gran variedad de tradicionales y no tradicionales y del uso de herramientas óptimas de última generación. para generar órbitas con covarianza realista.

STK ASTROGADOR Use Astrogator for interactive space maneuvers and trajectory design, supporting finite-bounded, impulsive, and optimal modeling of complex maneuvers, including proximity and rendevouz operations, station-keeping, interplanetary, and low-impulse operations.

STK SATPRO STK SatPro offers a collection of space-based tools specialized in satellite system projects and operations.

STK SOLÍS Spacecraft simulation environment in STK, used for rapid development, assembly, testing and integration.

STK COMMUNICATIONS Communications module used to model and analyze real-world optical and radio frequency (RF) communications.

STK COVERAGE The Coverage module allows the analysis of when and to what extent regions in or above the central body are covered by a collection of assets, based on user-defined criteria.

STK ELECTRO-OPTICAL AND INFRARED (EOIR) Pattern detection of electro-optical and infrared (EOIR) patterns and monitoring of the performance of electro-optical and infrared sensors.

STK TEST AND EVALUATION TOOLKIT (TETK) – This toolkit is designed to assist from test plan creation through mission briefings, to post-test analysis and qualitative verification of both flight and mission systems (Radar, EW, EOIR, RF-Com, etc.) in multiple domains such as aircraft, satellites, missiles, maritime and ground vehicles, and ground facilities.

RADAR STK El módulo Radar proporciona tanto el análisis exhaustivo como las representaciones gráficas de los sistemas de radar.

STK SCHEDULER The Scheduler module is a powerful planning and scheduling application designed for operations engineers and mission designers.

STK ANALYSIS WORKBENCH – The Analysis Workbench module streamlines, organizes, and extends the fundamental computational capabilities of STK, providing tools such as: Time Tool, Vector Geometry Tool, Calculation Tool, and Spatial Analysis Tool.

STK INTEGRATION – The Integration module allows you to interact with STK from other applications. You can automate repetitive tasks and integrate them with other applications such as MATLAB and Excel.

STK ANALYZER – The Analyzer module is integrated into the STK workflow to help automate and analyze STK trade studies to better understand a system’s design.

STK SCALABILITY – The Scalability extension will allow you to scale your STK (Engine, components) or ODTK through parallel computing.

STK CONJUNCTION ANALYSIS TOOL (CAT) This tool determines the time windows in which the launch or operation of a space object is affected by the proximity of another orbiting object.

STK SPACE ENVIRONMENT AND EFFECTS (VER) This tool is used to evaluate the effects of the space environment on spacecraft.

GEOSPATIAL CONTENT SERVER – This module provides a comprehensive enterprise solution for hosting, processing, serving, and analyzing heterogeneous 3D data such as terrain and satellite imagery.

FEDERACIÓN DE DATOS STK (SDF) – El STK Data Federate es un sistema de gestión de contenidos (CMS) escalable, abierto y seguro, creado para satisfacer las necesidades de las comunidades aeroespaciales y de defensa.

Low-boost trajectory design and optimization.

Fundamentals of Rendevouz and Proximity Operations.

Prepare your flight dynamics equipment.

Proximity Operations Demonstration.

Edasim, LLC Canada & United States

Edasim,LLC. 9100 Conroy Windermere RD Suite 200 Windermere, FL 34786,USA

+ 1 954 374 9125

+1 305 318 8775

edasim@edasim.com

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