This is the original package for the guidance MFD originally developed by R J Croy back in 2003. I have updated the software to work with Orbiter 2010 patch 1, and the new files are included. Please read the original documentation for usage. Remember to include the line "OMS" in the scenario file to use this with the Shuttle Fleet. The usage documentation is included in the Soyuz Guidance MFD.

This is the original package for the guidance MFD originally developed by R J Croy back in 2003. I have updated the software to work with Orbiter 2010 patch 1, and the new files are included. Please read the original documentation for usage.

This has been updated to provide corrected markers for the entire 15000 foot length. Just unzip into your Orbiter directory; this will provide runway distance markers for Canaveral Runway 15/33. Markers are at 1000 foot intervals from the end of the overruns at both ends counting from mid-field. This adds new textures and updates the canaveral.cfg and Base.cfg files. It is recommended that you first backup these files, particularly if you have made custom versions of these files.

This is version 4.8 of the Space Shuttle derived unmanned vehicle, Shuttle-C updated for Orbiter 2010 and the graphics client D3D9. This package must be installed over an existing Shuttle Fleet V4.8 for Orbiter 2010 installation. The Shuttle-C was proposed in 1987, and the idea was finally rejected in 1990. 1.) Still allows for use with R.J.Croy's STS-GuidanceMFD for automatic rendezvous with LEO satellites. Note that in order for the guidance algorithm to work properly, the line "OMS" must be in the scenario file. This will cause the shuttleC dll to fire the OMS engines without an offset that could yield an unwanted rotation. 2.) Control of the cargo doors is via the key "K". 3.) Once in orbit, and with the doors full open, a cargo can be deployed with the payload dialog box (open with "CTRL+SPACE"). 4.) Three views available, default forward view (key "V"), forward payload bay ("SHIFT+V") and aft payload bay camera ("CTRL+V"). 5.) Prior to liftoff the cooling flow of LO2 venting from the SSMEs is simulated with "SHIFT+X". 6.) Once in space (before the OMS2 burn) the nose cap can be jettisoned using the payload dialog box button; this exposes the docking port. A docking port view is available along with the COAS overlay using "SHIFT+Z". 7.) The Ku-band antenna is deployed using "CTRL+U". 8.) Two versions of the Shuttle-C are provided, Block I with OMS engines, Block II without OMS engines. Scenarios included with this package include a launch scenario with 3 MPLMs as cargo, a scenario docked to the ISS, and an on-orbit scenario with the Shuttle-C post-MECO. Establish an orbit at the next apogee with an OMS burn. Thanks as always to Don Gallagher ("Donamy") for the mesh and textures.

Long out of release, This is a re-release of my previous TDRS package. The scenario file has been updated with the latest elements (as of 28 April 2012) and now represents TDRS 4, 6 and 10 satellites. From the original package: "I was wondering, what does the Earth look like from a TDRS satellite? So, here's the answer; real-time scenario using real world orbital elements. Not a great mesh, just something to represent the satellites. TDRS 4 and 8 are the two represented satellites in this scenario. This is for Orbiter 2005, just unzip into the main Orbiter directory. Engage the "prograde" autopilot mode to point at the Earth." This package now works with Orbiter 2010... The package has been updated with a fine 3D mesh found at the NASA 3D model site.

Soviet Space Shuttle Buran, Version V4.8.1 on January 16, 2012. This model utilizes meshes and textures recently updated by Don Gallagher ("Donamy"). This version is essentially a Shuttle Fleet V4.8 vehicle, modified in several places. This package uses a Multistage2 (included along with BrianJ's updated stage.dll) Energia launch vehicle. Because of the changes to the fleet vehicle, this model required its own version of the GPCMFD ("BGPCMFD.dll, included) and the payload bay lights ("BPBLights.dll", also included). The included scenarios have two scenarios that utilize the latest New Mir release: Three runway bases are included, Baikonur, Khorol in the far East (a contingency abort landing site) and Simferopol (the western contingency abort landing site). The BGPCMFD uses a separate landing site table file which has these three landing sites as the first three landing site choices. To use these bases, a model of the Buran Analogue which had its own jet engines is also included in order to practice approach and landing. The majority of features and key controls are identical to the Shuttle Fleet V4.8 and the manual for the add-on should be referenced. The one major key difference is using "CTRL+J" which will extend / retract the docking system tunnel. The tunnel should be extended prior to docking (the docking port is offset accordingly as is the docking port view). The latest versions of RPOP and Universal Pointing MFDs are included in case you install this package and do not have Shuttle Fleet V4.8 already installed. Please test this package on a "clean" installation with only Orbitersound, UMMU 2.0, the latest Mir package and Shuttle Fleet V4.8 only.

This is an add-on pack for use with the shuttle fleet. Please read the manual included in the Add-on Docs directory. You must have first installed Shuttle Fleet V4.8, BEFORE you install this package. Credits in the manual. UPDATED 13 July 2007: Corrected the aircraft flight models to have the jet engines flameout at too high an altitude and corrected the inappropriate deployment of the landing gear on Enterprise when being carried on the SCA. To ensure that automatic deployment occurs, the scenario file line "CALLOUT" must be included, otherwise the gear can only be armed and deployed manually. UPDATED 22 NOVEMBER 2007: Version 4.0.0 includes updates based upon HUD updates to the shuttle fleet to correct a problem with the altitude ladder above 5000 feet. UPDATED 20 December 2007: Version 4.0.1 is a minor update that removes the RCS indications and the autopilot attitude hold mode selections from the aircraft fleet. UPDATED 2 July 2010: Version V4.5 updates the aircraft fleet to the new Orbiter 2010.

Back in 2004, Manuel Amorim (“McDope”), one of the original add-on providers for Orbiter, released a package for use with Orbiter 031217. This package was for simulations of the Skylab program from 1973. While better meshes and models are available today, these models provide excellent frame rates and are still useful for simulations of past missions using historically accurate state vectors. I decided to update these models for use with Orbiter 2010 since the originals no longer work under the new Orbiter. Additionally, these models will provide for alternate history simulations with the Shuttle Fleet V4.8. I have added the UMMu capability to the Apollo, Skylab, and a docking module that will allow for shuttle missions and have created attachments for navigation / rendezvous and spot lights using historical documentation of the location of these lights. Finally, I have created the necessary docking port to allow for the attachment of the CMG V2.0 by “poscik” and the CMGmesh V1.0 by “c3po” for attitude control. Using the state vectors, I have provided historically accurate launch scenarios and undocking scenarios for use. One of the motion pictures that helped foster my love of spaceflight in my youth was the classic “Marooned” from 1969. Before there even was a Skylab, the crew of Ironman One spent months in an orbiting laboratory. In the movie, a Saturn V launched the lab, but I have created a “wet” workshop that can be launched by the Saturn-IB for this addon just for fun. Upon docking, switch to the workshop and deploy the solar arrays using “CTRL+K”. This workshop can also accommodate the CMG add-on for attitude control. I hope you enjoy these “legacy” add-ons from the past of Orbiter as well as the enhancements I have created for them.

Back in 2004, Manuel Amorim (“McDope”), one of the original add-on providers for Orbiter, released a package for use with Orbiter 031217. This package was for simulations of the Apollo-Soyuz test program from July, 1975 and included launchers for both the Apollo (a basic Saturn 1B) and the Soyuz. These vehicles included launch auto-pilots and guidance algorithms from Richard Croy, and the animations and meshes were enhanced by Felipe Comparini. While better meshes and models are available today, these models provide excellent frame rates and are still useful for simulations of this past mission. I decided to update these models for use with Orbiter 2010 since the originals no longer work under the new Orbiter and I still enjoy flying historically accurate missions using actual state vectors that I have obtained. Additionally, these models will provide for alternate history simulations with the Shuttle Fleet V4.8. I have added the UMMu capability to the Apollo, Soyuz, and the docking modules and have created attachments for navigation / rendezvous and spot lights using historical documentation of the location of these lights. Using the state vectors, I have provided historically accurate launch scenarios and an on-orbit docked scenario for use. I corrected the guidance launch autopilot to allow a launch from Kennedy Space Center on July 15, 1975 (a launch that I actually was present at and watched!) I hope you enjoy these “legacy” add-ons from the past of Orbiter as well as the enhancements I have created for them.

This will provide an updated Mir with docking targets at the docking ports and an improved setup that provides for attitude hold for approaching vehicles. The dll is compiled against the 2010P1 SDK. This package will overwrite the existing Mir files from the default Orbiter installation and the original files should be backed up. A separate file containing all of the original files is included if you wish to revert your files back to the originals. This version (V4.8) now provides a third docking port for use with the CMG add-on for precise control of the station attitude during docking,etc.