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design, simulate, test, and deploy safety and mission critical systems

matlab^® and simulink^® enable engineering organizations in aerospace and defense to develop, analyze, and certify complex aerospace systems. use mathworks^® aerospace products to:

model and simulate flight vehicles and spacecraft.
incorporate environment models.
design guidance navigation and control systems.
perform stability analysis, flight analysis, and mission analysis.
verify that software projects comply with industry standards.

products for aerospace and defense

aerospace blockset

model, simulate, and analyze aerospace vehicle dynamics

aerospace toolbox

analyze and visualize aerospace vehicle motion using reference standards and models

uav toolbox

design, simulate, and deploy uav applications

simulink 3d animation

simulate and visualize dynamic systems in a 3d environment

topics

modeling and simulation of flight vehicles and spacecraft

get started with fixed-wing aircraft (aerospace toolbox)
create and use a fixed-wing aircraft in matlab.
import from usaf digital datcom files (aerospace toolbox)
bring united states air force (usaf) digital datcom files into the matlab environment.
satellite constellation access to ground station (aerospace toolbox)
set up access analysis between a ground station and conical sensors onboard a constellation of satellites.
create aerospace models (aerospace blockset)
build models with your aerospace blockset™ software.
model spacecraft (aerospace blockset)
model, simulate, and visualize the motion and dynamics of spacecraft using spacecraft dynamics, orbit propagator, and cubesat blocks.

environment models

marine navigation using planetary ephemerides (aerospace toolbox)
perform celestial navigation of a marine vessel by using the planetary ephemerides.
(aerospace toolbox)
visualize contour plots of calculated values for the earth magnetic field using world magnetic model 2020 (wmm2020).
gravity models with precessing reference frame (aerospace blockset)
implement various gravity models with precessing reference frames using aerospace blockset blocks.

guidance, navigation and control, and stability analysis

flight control analysis tools (aerospace toolbox)
analyze the motion and dynamics of aerospace vehicles with short-period requirements, boundary line, and altitude contour plots.
(aerospace toolbox)
convert a fixed-wing aircraft to a linear time invariant (lti) state-space model for linear analysis.
(aerospace blockset)
analyze dynamic response and flying qualities of aerospace vehicles using flight control analysis tools.
transition from low- to high-fidelity uav models in three stages (uav toolbox)
evolve your uav plant model continuously to stay in sync with the latest information available.

flight analysis and mission analysis

estimate g forces for flight data (aerospace toolbox)
load flight data and estimate g forces during the flight.
mission analysis with the orbit propagator block (aerospace blockset)
compute and visualize line-of-sight access intervals between satellites and a ground station.
(uav toolbox)
import flight log data, create figures and plots, export signals, and use custom signal mapping in the flight log analyzer app.
uav package delivery (uav toolbox)
implement a small multicopter simulation to takeoff, fly, and land in a city environment.
(uav toolbox)
simulate safe landing operation of a uav in an unexplored environment.

flight visualization

visualization tools (aerospace toolbox)
view vehicle dynamics in 3-d flight paths and trajectories, create apps with flight instruments, and transform coordinate axes.
visualization tools (aerospace blockset)
view flight paths with matlab graphics-based 3dof and 6dof animation blocks, scenarios using unreal engine^®, or flight simulator animation; input data to models; display measurements through standard cockpit instruments.

system certification

(do qualification kit)
process workflow for qualifying the verification tool.

related information

featured examples

model for rapid exploration of design space in the hybrid and electric aircraft area and compare the results to design criteria.

(aerospace blockset)

this series of examples shows you how to design and tune a vertical takeoff and landing (vtol) uav controller by using a reference application template as a matlab® project. for more information about matlab projects, see create projects.

(uav toolbox)

demonstrates the use of the do-178c project template in a helicopter flight control project.

(do qualification kit)

explore the cubesat model-based system engineering project template.

(aerospace blockset)

import a two-line element (tle) file of a satellite constellation, simulate radar detections of the constellation, and track the constellation.

(aerospace toolbox)

model the de havilland beaver using simulink and aerospace blockset software with unreal engine and cesium^® visualization.

(aerospace blockset)