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Air Vehicle Simulation Libraries |
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These are a collection of libraries that cover almost all aspects of flight simulation. They are broken down so you may purchase only what you need, whether you are using the Aerospace Toolbox & Blockset or one of our ARF flight simulators. Library components include
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An Almost Ready to Fly (ARF) Flight Simulation is a pre-assembled model which only requires your air vehicle model data to get started. This a great way to get started and can be customized at a later date. Note: these models utilize the Aerospace Toolbox and Blockset. We offer another version which does not have this requirement.
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The Trajectory Data Toolbox is suite of Matlab® scripts for generating KML & KMZ files for Google Earth™.
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Mass Properties Calculations for Spreadsheets |
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Mass Properties Calculations for Spreadsheets is an easy to use Excel® application to determine weight, CG and inertias of a vehicle during any phase of design or operation. A single sheet can track up to 100 components and provide instant, discrete calculations for weight, mass, Xcg, Ycg, Zcg, Ixx, Iyy, Izz and Ixz. Several sheets can be linked together to include even more components.
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Stability & Control DATCOM |
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Stability and Control DATCOM is a collection, correlation, codification and recording of the best, knowledge, opinion and judgement of aerodynamic stability and control prediction methods (circa 1978). It presents substantiated techniques for use (1) early in the design or concept study phase, (2) to evaluate changes resulting from proposed engineering fixes and (3) as a training aid. It was originally written by McDonnell Douglas for the United States Air Force. AerospacePro offers the written version on CD and the digital version via instant download. The digital version includes a Windows (command line) application, FORTRAN source code, examples and three volumes of documentation.
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The UAS Toolbox™ is a suite of functions and scripts for the Matlab® environment that are tailored to the everyday analysis and simulation tasks of the Unmanned Aircraft System (UAS) researcher, manufacturer or operator. The UAS Toolbox™ originates from AISC’s many years of using Matlab® and Simulink® for UAS design, flight test and simulation tasks. So, whether it is building a high fidelity flight simulator or generating data for a post-flight report or briefing, we are convinced the UAS Toolbox™ will be the best set of tools you can purchase.
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Linear Analysis and Trim Toolbox |
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The Linear Analysis and Trim Toolbox is a suite of scripts used for classical control system linear analysis. The trim scripts are used to determine steady state operating points. Then using the linear model script, linear models can be determined which can be used for control system development and even very simple simulations.
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Multiple Aircraft Flight Simulator |
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The multiple aircraft flight simulator is a ready to fly simulation of several aircraft in a single environment. It uses 3DOF point mass equations of motion with simplified fixed-wing aircraft models, but does not include a controls model. Controls models are available for an additional cost.
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Practical Flight Simulation with Matlab & Simulink |
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Practical Flight Simulation with Matlab & Simulink is a multi-day course that focuses on the implementation of aircraft and missile flight simulations in the Matlab & Simulink environment. The course encompasses the use of the Mathworks Aerospace Toolbox and Blockset as well as developing simulations from scratch.
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UAVs as asymmetric threats are a potential new problem for government and private security forces alike. Our courses examine the improvised UAV with respect to capabilities, design, fabrication and operation. Please visit www.uavthreat.com for full course and threat services information. |
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