This site provides data files for use with the various flight simulators.On this page is information on the available simulator programs.See the flight simulation pagefor more information on rocket flight simulation in general.
Guys the first few were expired?!? Idk why btw guys the codes help you a lot! I mean a LOT! Guys till the peace.
AeroDRAG | Windows drag analysis and simulation |
ALT4 | MS-DOS simulation |
CompuRoc | Macintosh simulation |
OpenRocket | Cross-platform (Java) simulation |
RASAero | Windows simulation |
RocFlight | Windows simulation |
RockSim | Windows & Mac design and simulation |
SpaceCAD | Windows design and simulation |
Virtual Range | Macintosh simulation |
WinRoc | Windows design and simulation |
There is also a simple rocket flight simulator available right on this siteas part of themotor guide.(You don't need to download any software so it works on all platforms.)
These programs are not flight simulators per-se, but are related to hobbyrocket motor analysis and simulation and you may find them useful.
AeroFinSim | Rocket fin structural analysis |
Engine Editor | RockSim (RSE) engile file editor |
Thrust Curve Tool | Analyze test data and produce ENG files |
SMARTSim | Optimization and batch processing for RockSim |
VCP | Rocket stability calculator for Windows |
BurnSim | Solid Propellant Internal Ballistic Simulation |
openMotor | Open-source internal ballistics simulator |
If you use a program not represented here, pleaselet us knowand we'll add its info and try to help you find data for it.
AeroDRAG allows the rocketeer to quickly and easily perform rocket drag (Cd)and flight simulations up to Mach 20, including support for varying Cd with velocity.It is a for-purchase program and you can find out more at theAeroDRAG page.
AeroDRAG appears to use motor data in a proprietary format and there is no obviousway to incorporate data from this site or other sources.However, it appears to be possible to download RASP format files and manually enterthe data points and summary info.
Rogers Aeroscience ALT4 provides advanced flight modelling,including supersonic flight.This program is not shareware, but you can purchase it fromRogers Aeroscience Software(e-mail).You can also write to them at P.O. Box 10065, Lancaster CA 93584.
ALT4 uses motor data in indivual text files with the .EDX extension.ThrustCurve.org provides data in exactly this format.You can download data files from this site,save them into your ROGERS directory,and use them without any more effort.
CompuRoc is a shareware model rocketry simulator,including altitude prediction, ejection delay calculation, graphing capabilities,flight summaries, as well as a set of nice thrust curves for common real-worldmotors and complete documentation.(CompuRoc was the first simulator available for the Macintosh.)This program is shareware and you can find out morein this article.
CompuRoc uses binary motor files in a proprietary format.You can import thrust curve data from here,but you will still need to enter the motor attributes by hand once when you import.
Contributed by Dale Emery.
OpenRocket is a Free, fully featured model rocket simulator written in Java.It can be used to design and simulate rockets before actually building and flying them.OpenRocket features a full six-degree-of-freedom simulation, realistic wind modeling,a multitude of different components including free-form fins and canted fins,clustering and staging. OpenRocket is Open Source–its source code is freely available tostudy and extend.See the OpenRocket sitefor more information and to download.
RASAero is a combined aerodynamic analysis flight simulation software package.RASAero can also be used for predicting aerodynamic coefficients for use in otherflight simulation programs for orbital rockets.This program is freeware and you can find out morewww.rasaero.com.
RASAero uses motor files in the very common RASP format and you can add the filesfrom this site directly to its database.
RocFlight is a Windows based, planar rocket trajectory software for launch vehiclestraveling through the standard earth atmospheric model.Includes a database of common high power/model rocket motors,an optimal mass calculator, custom graphing capabilities,and a database management tool for creating and modifying custom motor files,vehicle files, aerodynamic data files and simulation case files.It handles simple model rockets as well as sophisticated sounding rockets.
See theRocFlight web site.
RockSim is a full featured rocket design and simulation program from ApogeeComponents. It allows a modeler to design their rocket, and then perform adetailed and accurate simulation that predicts how well it willfly. RockSim is different from other simulators in that it calculates thechanging weight of the rocket as the motor burns off propellant. This notonly affects the altitude, but the stability and trajectory of the rocketas well. RockSim is the first and only inexpensive rocketry program thatpredicts the dynamic stability of the rocket, which is how it reacts towind disturbances. This is displayed as a movie-like animation of therocket's trajectory; so even non-scientists can easily see how the vehiclewill perform.
The software will also aid the modeler in building their rocket, as itallows printing of templates, pattern sheets, as well as 3D pictures of themodel.
RockSim accepts RASP.eng files, but for greater simulation accuracy, andease in selecting from the over 360+ certified rocket engines, users ofRockSim v8 and newer should select the 'RockSim Engine format' (.rse). Thisnewer engine format saves additional information about the rocketengine. This includes the type of motor (single-use, reloadable, hybrid),and the CG curve of the motor as it burns off propellant. This becomesimportant in hybrid motors in particular; as the CG moves rearward as theyburn, making the rocket less stable.
RockSim comes in two versions: Windows (requires Win98 or newer) andMacintosh OS X (v10.3 or newer). The design and motor data files arecross-platform compatible.You can download a trial version or purchase RockSim from ApogeeComponents:www.ApogeeRockets.com/rocksim.asp
Contributed by Tim Van Milligan.
SpaceCAD is a design and simulation environment which looks verycomplete and professional.SpaceCAD is now finished and available and you can find more at theSpaceCAD web site.
SpaceCAD uses RASP format files (.eng).Download RASP motor data files from this site and edit them into theSPACECAD.ENG file in the installation directory.However, SpaceCAD comes with an up-to-date set of motor data so this shouldn'tbe necessary initially.
See theSpaceCAD web siteor contactAndreas Firnaufor more information.
Virtual Range is a rocket flight simulator for Mac OS X.With Virtual Range, you can test the stability and performance of model or high powerrocket before you launch it.The rocket's trajectory is simulated in real time and displayed on the screen,along with information such as altitude at apogee, maximum speed, and maximum acceleration.This software is offered as a free download for educational and noncommercial use.See theVirtual Range sitefor more info and to download.
Virtual Range uses RASP format files (.eng).Download RASP motor data files from this site and use them for a simulation.
WinRoc is a popular suite of rocketry programs,which has a very nice graphical user interface.The WinRoc programs are the easiest to use and the latest version, WinRoc 4.5,is a 32-bit program for Windows 95 and NT.You candownload WinRoc directly.
This package was written by Steve Roberson, who passed away in 2003.See the WinRoc pagefor more info.
WinRoc uses a monolothic motor database in binary format andthere is no way to add data for a specific motor without entering it in by hand.Thus, you cannot get data for WinRoc from ThrustCurve.org.See the WinRoc page above for the latest downloads.
AeroFinSim is a structural analysis program for determining the forcesacting on rocket fins and predicts the highest speed the rocket can safely attain.AeroFinSim is a Windows GUI program.
See theAeroFinSim pagefor more information and purchase details.
The program 'Engine Editor' is the software that is used to create enginefiles. The process of making a motor file is straight-forward. First, theuser enters basic data about the rocket motor, such as weights, sizes, andavailable delay choices. Then the thrust curve is input into the softwareby clicking points on a grid plot. These points can be moved around tomatch the actual curve of the rocket motor. As the plot is created, thesoftware calculates the Total Impulse, average Thrust, and Specific Impulseof the engine. Finally, the file is saved to disk, in either RASP.eng orRockSim (.rse) format. While the data files are saved in metric units, theuser can enter the raw data in either English or Metric format (or acombination of both).
'Engine Editor' also has features to manage the task of organizing enginedata files. You can append two different engine files into one, or break adata file containing several individual motors into separate files.
A new feature being added to Engine Editor will allow a user to read in rawTime/Thrust data from a load cell or Excel file. This will make it easierto create the time/thrust plot for home-brew rocket motors.
The Engine Editor comes bundled with the RockSim software from ApogeeComponents. It is available for Windows (win95 or newer) or Macintosh OS X(version 10.3 or newer). You can download a trial version or purchase theRockSim/Engine Editor combo-package from ApogeeComponents:www.ApogeeRockets.com/rocksim.asp
Contributed by Tim Van Milligan.
Thrust Curve Tool was designed to analyze rocket motor thrust data and toproduce standard '.eng' files for use with flight simulators such as RockSim.The program makes it easy to visualize the thrust curve,determine the motor's specifications, plot the data, and produce an optimal'.eng' file. It's now possible to go from motor test firing to rocketsimulation in just a few minutes!
See thethrustgear.comsite for more info and to download.
SMARTSim is add-on software that allows you to run multiple RockSim simulationsautomatically to zero in on an optimized result.This saves you time when you need to know quickly how to improve your rocket design.
SMARTSim has some very interesting optimization features which are worth exploring.It also has a batch simulation capability which can easily be set up by using theMotor Guide and exporting the motors that fit your rocket as a batch.For more info on batch processing in SMARTSim,see the manual.
See theApogee Components siteto purchase SMARTSim. Mario rabbids kingdom battle coloring pages.
VCP is a Center of Pressure/Center of Gravity stability calculator for Windows.Its spreadsheet-style operation permits easy quick looks at what-if tradeoffswhen designing rockets, and its graphic display ensures data entry accuracy.
See theVCP page for more info and to download.
BurnSim is a solid rocket steady-state ballistic simulation software package for the Windows platform.In a nutshell, input your motor, nozzle and propellant characteristics and BurnSim calculates the Kn throughthe burn and predicts estimated chamber pressure and motor performance.Once your motor design is in BurnSim, you can tweak the parameters such as nozzle diameter or grain core diameterand instantly see how the Kn, chamber pressure, and motor thrust is affected.BurnSim will also optimize your nozzle design.
See theBurnSim site for more info and to download.
openMotor is an open-source internal ballistics simulator for rocket motor experimenters.The software produces estimates of a rocket motor's chamber pressure and thrust based on input such as propellantproperties and grain geometry. It uses the Fast Marching Method to determine how a propellant grain regresses,which allows the use of arbitrary core geometries.
See theGitHub repo for more info and to download.