Scenery and spacecraft add-on for Microsoft Flight Simulator 2004
Check out the
Apollo LRV Lunar Roving Vehicle
First in the upcoming Apollo Hardware series and modeled using original NASA blueprints, this little rover is extremely detailed, with animated mechanical components, custom instrumentation and authentic texturing. Best of all, it is FREE for TerraBuilder:Moon users!
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Explore the next frontier
On a planetary scale
Easy to get there
Take part in the journey long overdue: check your pressure suit, strap yourself into the MoonHopper and blast off on a prospecting journey into the heart of a deep lunar rille. Take control of a lunar cargo shuttle and deliver supplies to a remote lunar geological survey party. Take passengers that have just disembarked from an Earth shuttle to the polar water mining facility. Or, just take off and explore the scenery unlike anything seen in Flight Simulator 2004...
TerraBuilder Moon is a comprehensive expansion package that turns Flight Simulator's entire Earth scenery into a highly detailed world of craters, lava channels, rilles and dusty regolith (lunar soil). This is not just a localised scenery that you can "fly out" of, or an enclosed arena with a roof for a sky that will simulate the lunar enviroment on a scale of a few square kilometers... Entire Flight Simulator environment, the whole Earth, is completely transformed, from a diverse rainbow of landscape variations that our planet offers, to one of the "Magnificent Desolation"
(Buzz Aldrin, Apollo 11)
With a press of a single button on the "TerraBuilder: Moon" configuratuion panel, your existing Flight Simulator 2004 setup is transformed into a lunar exploration mode - sky is "removed", rivers, lakes and seas are "drained", replaced by dusty, flat "marae" (lunar "oceans"). All man made objects are completely removed and replaced by lunar rocks and boulders, strewn about by ancient lava eruptions and impacts from cosmic debris that goes on to this day.
Welcome to TerraBuilder:Moon purchasing and registration page. Here you will find a link to purchase TerraBuilder:Moon by using your credit card, fax, or mail order. This is done through PayPal, a world-leading on-line invoicing system, designed to provide government level security for your on-line transactions. Use of PayPal service is absolutely secure and private.
PLEASE NOTE:
TerraBuilder:Moon available for download is LOCKED. You must purchase TerraBuilder:Moon to receive a key code that will unlock the TerraBuilder:Moon for your personal use.
Produced with the assistance of the
ONTARIO MEDIA DEVELOPMENT CORPORATION’S
INTERACTIVE DIGITAL MEDIA FUND.
Scenery and spacecraft add-on for Microsoft Flight Simulator 2004
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Troubleshooting
Revision history
Terms of purchase
What will happen when you purchase this product:
You will be required to fill in the applicable information. You will NOT receive the registration key immediately because your purchase must be verified. TerraBuilder will be notified of your purchase and the registration key will be sent to you.
PLEASE ALLOW UP TO 48 HOURS FOR YOUR ORDER TO BE PROCESSED. IF YOU MADE YOUR PURCHASE ON FRIDAY OR DURING THE WEEKEND, YOUR ORDER WILL BE PROCESSED THE FOLLOWING MONDAY
When the purchase is verified, TerraBuilder will be notified and respond by sending you the registration key. This is a special code combined with your name that will enable (unlock) the product. Then, you can download the product and use this key code to unlock it.
With your purchase you will become a registered user and as such, you will be entitled to free periodic minor version upgrades and a discount towards major version upgrades.
Download TerraBuilder:Moon package
File name: TerraBuilderMoon10003.exe
Size: 231 MB
Format: executable installation file
Please click on the button below to start the download:
Download now
Registration Problems
If you seem to be unable to register using the provided registration details, it is usually because there are extra or missing characters in the user name and user key that you are entering. It is extremely important to cut-and-paste them, NOT to type them in. When cutting and pasting, make absolutely sure that there are no leading or trailing blank spaces - they will render the codes invalid. This is why the ">>>" and "<<<" markers are included in the registration details - include only what is exactly between them. If you omit any characters or inadvertently include "<" or ">" character, the registration will not be accepted.
Microsoft Vista OS problems
If you are running a Microsoft VISTA OS, depending on your security settings, TerraBuilder's Moon Configurator application TBMoon.exe might be prevented from performing required operations. In that case, please do the following:
This setting will allow TBMoon.exe to perform the required operations.
Version:
1.00.03
Date:
December 11th, 2007
Notes:
Added Operating manual for Moonhopper (Screen and Print versions)
Added uninstall option in the TerraBuilder Start menu
Improved performance for Autogen objects
Improved the look of MoonHopper exhaust
Improved configurator interface and operation
Improved installer support for multi-language platforms
Version:
1.00.02
Date:
November 14th, 2007
Notes:
Fixed multi language and multi-platform registry problem.
Fixed special character problem on asian character set.
Version:
1.00.01
Date:
November 4th, 2007
Notes:
Initial release
Vehicles
MoonHopper
Apollo LRV
Detailed model
Lunar prospector's "Jeep", MoonHopper is the workhorse of lunar transportation. Used primarily as a short-range cargo and personel carrier, MoonHopper's simplicity and ease of operation makes it a favorite choice for lunar explorers.
With its high-count polygon model, the spacecraft is rich with detail and features, such as an animated pilot embark/disembark sequence, incredible landing exhaust and dust effects and the compressing landing strut and gear animation.
Fully functional virtual cockpit
MoonHopper's open-style virtual cockpit (VC) offers a breathtaking view while traversing the lunar surface, all in 360 degrees in all 3 axis.
VC is packed with functioning, animated knobs, levers and switches. All of the Instrumentation can be activated from the VC, and even the MFD can be operated using its touch screen.
Astronauts' helmet sun shield configurations can be adjusted by simply touching on the 3 components of the copilot's helmet and observing the animated parts coming into place..
Advanced instrumentation
MFD (Multi-Functional Display) is the main instrumentation component on the MoonHopper. It is a sturdy piece of hardware, shielded by a protective shroud that makes it readable in the bright conditions. It is also touch-screen operated, with large hit areas allowed for astronauts wearing bulky gloves.
Touch-screen technology minimizes the need for mechanical switches which can break down easily in the dusty Lunar environment.
MFD modes are rich in detail and functionality, with many animated display components.
NAV
LND
HVR
GPS
CLR
MFD Modes
NAV (Navigation) mode contains main flight and navigation data
MFD Modes
LND (Land) mode aids in precisely guiding the spacecraft onto a landing pad
MFD Modes
HVR (Hover) mode aids in keeping the spacecraft level and stationary
MFD Modes
GPS mode displays the position of the spacecraft relative to surface targets
MFD Modes
CLR (Clear) mode clears (declutters) the MFD display
Detailed model
Virtual cockpit
Instrumentation
Detailed model
TerraBuilder's Apollo Lunar Roving Vehicle (LRV) add-on for TerraBuilder:Moon presents to date the most detailed and authentic software-based simulator of the first and only vehicle humans drove on another world.
With its high-count polygon model, this rover is rich with detail and features, such as the authentic animated suspension linkage, 4-wheel steering, animated tool rack, and the fully functional battery radiator covers, with an actual thermal model incorporated into the simulation.
Fully functional virtual cockpit
Lunar Rover's virtual cockpit (VC) offers a full 360 degree view while roving the surface.
VC is packed with functioning, animated parts that authentically illustrate the movable parts of the rover and the astronaut gear. All of the Instrumentation can be activated from the VC using the clickable and animated instrumentation components.
Astronauts' helmet sun shield configurations can be adjusted by simply touching on the 3 components of the copilot's helmet and observing the animated parts coming into place.
Authentic instrumentation
Accurately re-created from NASA blueprints and diagrams, the instrument console contains a fully functional instrumentation including: Heading, distance, bearing and range displays, Nav Reset switch, fully functional overheat warning flag, gauge monitors for Ampere-Hours, Volt/Amperes, Battery and Motor temperatures with Battery 1,2 and Motor F/B selector switches. First of its kind, this rover simulation features an authentic thermal model: The batteries and motors actually heat up, and when they hit critical level, the warning flag flips up (can be user re-set). These components can be cooled down by parking the rover and opening the radiator covers - just like the real thing!
Download Apollo LRV Manual
File name: LRVManual.pdf
Size: 1.41 MB
Format: PDF document
Please click on the button below to start the download:
Download now
Download Apollo LRV vehicle add-on
File name: ApolloLRV.exe
Size: 6.97 MB
Format: executable installation file
Please click on the button below to start the download:
Download now
Detailed model
Virtual cockpit
Instrumentation
Download Manual
Download Rover
Structures
Clavius Base
Copernicus Base
Tsiolkovsky Base
Clavius Base is located on a highland plane, in a relatively flat terrain. It consists of a large, underground complex with habitat modules, command and control areas and engineering sections. Off to the side of the central structure is the main landing pad for the crewed vehicles. The base is currently undergoing the expansion, with plans to construct the satelite landing pads for unmanned cargo landers with automated loading/unloading facility and a rail link.
Copernicus Base is a scientific research outpost, located on the northern lunar hemisphere, in a relatively flat area rich with geological features. This outpost has been established through the co-operation of three national agencies: European EASB, Russian RKA and North American NAC. The outpost is home to over 70 personell from the participating and partnering nations, on rotation ranging between 3 to 12 months. Although primarily scientific in nature, the outpost also serves as the communication relay and an emergency refuel depot.
Tsiolkovsky Base is located on the inside of the medium, shallow crater near the Lunar South Pole. This location is ideal, as it receives constant sunlight on the edge of the crater, and a perpetual shadow in the crater itself. Constant sunlight supplies an endless stream of energy for station's solar cells, while the perpetual shadow shields the station crew from the harmful solar radiation.
Terrain
Terrain modelling
Custom texturing
TerraBuilder's lunar terrain has been modeled using the in-house developed terrain modeling tools (soon to be available commercially)
Since no high-resolution lunar altitude data exists to this day, the terrain has been created using the lunar pseudo topography, rendering the lunar surface features as close as the real topography. The topography is intended to illustrate the general lunar landscape - no real lunar locales have been represented. As soon as the high resolution data becomes available in the near future, the topography will be upgraded to include the areas covered.
Terrain technical specifications
Total Area Covered:
Over 300,000 sq. km at LOD7 resolution
Over 2500 sq. km at LOD11 resolution
Over 160 sq. km at LOD13 resolution
Flight Simulator's powerful scenery engine allows for creation of realistic landscapes at many different levels of proximity.
TerraBuilder has created thousands of custom lunar terrain textures that seamlessly fit to each other's edges, creating a vast, uninterrupted lunar vista. Down at the "boot level", specially designed textures cover the terrain directly surrounding the observer.
The result is the scenery that looks incredibly realistic from afar as well as close by.
Landscape
Maria
Highlands
Rocks
Riles
Maria (Lunar "oceans")
Lunar maria are vast plains on the lunar surface that have been flooded by the lava and scarred by volcanic activity in the early days of moon's geological past. These areas are geologically younger than the lunar highlands, and thus relatively free of large craters.
These areas are modeled in TerraBuilder as large, flat expanses with riles, lava channels and an occasional crater.
Highlands
Lunar highlands are the oldest areas of the moon, and dominate the lunar landscape. They are heavily pockmarked by impact craters and volcanic geological features.
TerraBuilder's lunar landscape is rich with thousands of square kilometers of rolling highlands, rendered in medium density resolution, with high density resolution areas around the lunar bases.
Rocks and boulders
TerraBuilder's lunar landscape is populated by various sizes of rocks and boulders, strewn about by millenia of volcanic activity and meteorite impacting. The rocks are modeled in high resolution with custom textures, and implemented using Flight Simulator's powerful Autogen engine.
The density of the rocks displayed can be controlled from within the simulator's settings, adjusting for the better performance on less powerful computers.
Riles and lava domes
Moon's volcanic past is evident by the presence of the numerous geological features left over from the times of moon's creation.
TerraBuilder's scenery is populated by volcanic riles (small canyons) and lava channels (wide, riverbed-like formations), as well as lava domes.
The areas of geological interest have been specially designed using the high LOD (level of detail) terrain files.
Learning Content
Lunar exploration
Lunar atlas
Flying lessons
Lunar exploration
Presented by Toronto astronomer Eric Briggs, TerraBuilder:Moon Learning Content is loaded with lunar-related information, including historical Apollo missions, the history of lunar observation through centuries, manned and unmanned space hardware that was developed to get us there, comprehensive lunar atlas, and much more.
All content is cross linked for quick referencing of the facts, making it an indispensable research tool.
Lunar atlas
Learning Content contains a comprehensive reference of major lunar geological and geographical features, including geographical coordinates, imagery and a brief description of the feature.
The content is also cross-linked to the relevant information elsewhere in the learning content.
Flying lessons
For those who want to start virtually exploring the lunar surface as soon as possible, Learning Content features a set of video lessons covering the operational procedures and flying instruction for MoonHopper LEV.
The lessons are grouped into the operational topics and cover the basic operation and flying techniques unique to the airless lunar environment.
Interface
Mode-switching control panel
Easy to use:
TerraBuilder:Moon is incredibly easy to configure:
With a single click on the configuration panel, TerraBuilder:Moon will make all the neccessary changes to the Flight Simulator and switch from "Earth" mode to "Moon" mode. Nothing is removed, deleted or changed in the original Flight Simulator setup - TerraBuilder:Moon uses its own files and directories, where appropriate, to run. Going back to the "Earth" mode is just as simple: with a click of a button, Flight Simulator reverts to the original configuration.
Foolproof:
In case any of the Flight Simulator's files are in use or not accessible, TerraBuilder:Moon will detect and inform the user. Even the user's saved flights and configurations are kept separate and safe!
MoonHopper landing on a cliff
MoonHopper Lunar Excursion Vehicle (LEV)
Surveying large boulder
Dusty takeoff
Detailed VC (virtual cockpit)
Open cockpit
MoonHopper copilot with configurable helmet shade
Copilot (shaving is a luxury on the moon)
Surveying landscape
Pilot egress...
...grab the surveying equipment...
...and the visor is up!
Apollo Lunar Roving Vehicle (LRV)
LRV maneuvering around large boulders
View of the LRV from the above
Equipment rack opened
On the edge of a large cliff
Authentic all-wheel steering
Detail on the LRV
View from the virtual cockpit with a fully-functioning instrumentation
Roving about on the lunar landscape
Clavius Lunar Base panorama
Clavius high altitude view
Clavius landing area
Clavius landing pad
Clavius Base wide panorama
View from the top of the crater edge
Auxiliary cryogenic storage
Support structure with access paths
Central hub with hangar access
Main surface access
Airlock
Clavius at dusk
Landing area at nighttime
Central hub and access during night
One of the guidance transmitters and an access path
Clavius landing pad at night
Copernicus Lunar Base at sunrise
Copernicus protective balutte
Copernicus landing pad detail
Copernicus landing pad at night
Copernicus gate
Copernicus gate detail
Auxiliary hardware
Copernicus aerial panorama
Balutte detail
Tsiolkovsky Lunar Base panorama
Tsiolkovsky Landing Pad
Tsiolkovsky Landing Pad details
Tsiolkovsky auxiliary landing pad - a real challenge to land on!
View from the bottom of the crater
Close-up of the habitat modules
Habitat module detail
Landing pad gate access details
Mid level deck with elevator access
Auxiliary pad No. 3
Landing pad elevator detail
Ground level view, directly underneath a support pylon
View from one of the anchors on the edge of the crater
Cratered surface from high altitude
Rile and lava channel formations
High Altitude lunar surface
Sunrise over the horizon
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Screenshots
Please note: All images are actual, unaltered Flight Simulator 2004 screenshots. They have been resized to fit this screen.
Requirements
Software requirements:
TerraBuilder:Moon is compatible only with Microsoft's Flight Simulator 2004.
OS Requirements:
Windows 98/2000/XP/Vista
Hardware requirements:
TerraBuilder:Moon has the same hardware requirements as the MS Flight Simulator 2004. However, some of the TerraBuilder:Moon landscape features have been enhanced and will require additional video processing power. A good, 256MB video card is highly recommended.
Download Archive Size:
233 Mb
Storage Requirements:
528 Mb
Peripheral requirements:
A good, high quality joystick with the throttle and Z-axis control is highly recommended. Pedals can be used for Z-axis control and, although unrealistic, a flight yoke can be used in place of the joystick.
Overview
Download & Buy
Vehicles
Structures
Terrain
Landscape
Learning content
Interface
Screenshots
Requirements