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Aerospace Toolbox

R2026b
Design, analyze, and visualize aerospace missions and vehicles

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.

Get Started

Learn the basics of Aerospace Toolbox

Applications

Explore examples that illustrate analyzing and visualizing aerospace vehicle motion

Standard Workflow Procedures

Import data, manage coordinate systems and perform unit conversions

Control and Stability Analysis

Define aircraft configuration and dynamics to perform control design and flying qualities analysis

Satellite Mission Analysis

Model and visualize satellite scenarios using a satelliteScenario object; use functions to support Aerospace Blockset™ spacecraft

Vehicle Motion Analysis

Tools and functions for analyzing the motion of aerospace vehicles

Environmental Models

General atmospheric profiles such as ISA, COESA; nonstandard day simulations; lapse rate atmosphere; pressure altitude

Visualize Trajectory and Attitude

View vehicle dynamics in 3-D flight paths and trajectories; create Apps with flight instruments