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Aerospace Toolbox provides standards-based tools for designing aerospace vehicles and analyzing their motion, mission, and environment. You can interpret flight and mission data using aerospace math, coordinate frame transformations, and environment functions. You can observe vehicle motion and missions using 2D and 3D viewers, along with standard cockpit instruments.
Aerospace Toolbox supports the design and analysis of missions consisting of satellites, ground stations, and other platforms. You can define scenarios to perform orbit propagation, constellation design, trajectory and maneuver modeling, and line-of-sight (LOS) access analysis for Earth, Moon, and other celestial bodies.
The toolbox enables modeling of aircraft configurations defined by dynamics and imported aerodynamic data for performing control design and flying qualities analysis.
Vehicle Motion Analysis
Analyze vehicle flight dynamics and motion in MATLAB using aerospace coordinate system transformations, flight parameters, and quaternion math.
Aircraft Controls and Stability Analysis
Use coefficients from Data Compendium (DATCOM) files based on your vehicle’s flight conditions and geometry to create fixed-wing aircraft objects, estimate aerodynamic stability and control, and perform numerical analysis.
Satellite Mission Analysis
Design and analyze scenarios consisting of satellites, ground stations, and aircraft. Perform mission analysis tasks such as computing line-of-sight access and identifying eclipse intervals.
Environment Models
Use validated environment models to represent standard atmospheric, gravity, and magnetic field profiles. Model wind conditions and space weather data. Calculate the position and velocity of celestial bodies using ephemeris data.
Visualization
Visualize aerospace vehicle dynamics using standard cockpit flight instruments, MATLAB graphics–based functions, built-in actors and scenes in Unreal Engine®, or FlightGear.
Reference Applications
Jump-start your analysis and visualization of aerospace vehicle systems with ready-to-run atmospheric flight and space examples.
Product Resources:
“For NASA, developing satellite trajectory optimization and control algorithms with MATLAB and related toolboxes is about twice as fast as developing them with languages that require everything to be coded from scratch.”
Aerospace Toolbox FAQs
Aerospace Toolbox provides standards-based tools and functions for analyzing the motion, mission, and environment of aerospace vehicles including satellite orbit propagation, aerospace math operations, coordinate system transformations, validated environment models, and 2D and 3D visualization tools.
You can define aircraft dynamics in MATLAB or leverage the Fixed Wing Aircraft object to define your aircraft configuration and dynamics for control design and flying qualities analysis. Aerodynamic data can be imported from Data Compendium (DATCOM) or JSBSim files.
You can design, analyze, and visualize scenarios with satellites, aerospace platforms, and ground stations. You can propagate high-fidelity satellite trajectories from orbital elements or two-line element sets, perform line-of-sight access calculations, identify eclipse intervals, and visualize scenarios on a 3D globe.
The toolbox includes photorealistic visualization assets with Simulink 3D animation, a 3D globe viewer, standard cockpit flight instruments, MATLAB graphics-based functions, and an interface to the third-party FlightGear flight simulator for visualizing aerospace vehicle dynamics.
Aerospace Toolbox includes validated environment models for standard atmospheric, gravity, and magnetic field profiles, as well as tools to model wind conditions and space weather data and calculate celestial body positions using ephemeris data.
Yes, the toolbox provides aerospace math operations, coordinate system and spatial transformations, quaternion math operations, and unit conversions for quantities commonly used in aerospace engineering.
Yes, the toolbox provides ready-to-run atmospheric flight and space reference applications to jump-start your analysis and visualization of aerospace vehicle systems.
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