The nonlinear campaign mode places the player in control of a mothership commandeered by Star Command, with the objective of destroying Narvek. This mothership is the only ship that can collect resources and build other stations and ships. The campaign is lost if the player allows the mothership to be destroyed.
Players start with the ability to build only 1 ship and 3 stations which are all similar for each race: the base, the university, a guardpost (a station that fires at enemies), and a "scout" class ship. The scout is the only type of ship which can break "pack" Solinite into smaller pieces that can be collected by the mothership.
Star Command Revolution Download
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The thorough review at Games Domain does a good job of explaining the pros and cons: "The game is set in a star system contended by four races - the Computrons, Nomads, Triumverites and Terrans all fight for control of the precious material called solinite, a material which is in limited supply. Gathering solinite is vital for shipbuilding, but also each race has another unique material needed to build its own ships, so harvesting your "own" resource can be just as important as denying an enemy access to theirs. So rather than both sides collecting the same resource, there's a little variety and some challenge in hunting out and collecting what you need. More so when the only ship capable of harvesting is your mothership, and if you lose that, the game is as good as over.
Star Command Revolution has two modes of play. In standalone battles, players each control a force and scrap to the death, with a mix of up to three other computer or human opponents. In these battles players can choose their starting race and are plopped down into one of 10 battle maps, either of their own choosing or randomly supplied. The AI has 3 ability levels, the best of which is certainly quite competent. These battles have limited resources, so games tend to be over quite quickly - I've had games range from 5 to 30 minutes, beyond that I would guess is quite rare. So it's no problem that you can't save multiplayer games.
While there are 64 different ship and "building" types present in [the game], only a handful are available to you at the start of a battle or campaign. The startup ships available are your mothership (which builds new buildings as well as harvesting), a space station (which builds new ships if you have the materials), a research building and a scout ship. To learn new ship and building types you need to leave your mothership adjacent to the research building, but while you're doing this you can't harvest resources unless they're very nearby as the mothership's cute little gathering droid only has a short range. Success is down to using good combinations of ships.
Hi.
The game is: Star command: Revolution / Deluxe.
I've tried different DosBox versions (0.74, clean SVN, daum, DosBox X ...), but could not get the video playback work, though the game runs ok. The videos are in .smk format which is playable with RAD game tools. When starting, the DosBox window (windowed mode) got resized to 320x200 (video size) with "Error opening file: movies\logo.smk" for a second, then the main menu shown. Windows 98 machine can run this game with videos.
Thanks in advance.
In the chaos of the war, a certain commander Narvik (Narvek) wanted to conquer the galaxy. However, a group of Earth rebels, forming the Star Command, stood in his way. They challenged Narvik and his henchmen. The revolution has begun!
Like WarCraft, you construct armories that allow you to build units such as ships, droids, and stationary battle machinery. A notable difference here is your ability to construct a war college. Place your units next to these "universities," and they receive level-ups, increasing units' abilities such in speed, firing frequency, and such. The mothership may also receive a similar education. When the mothership is placed adjacent to the university, it starts to "learn" the technology of another race.. The acquisition of technologies follows a circular hierarchy; each race learns extra-racial technologies sequentially. It becomes advantageous to gain the other cultures' know-how, both because you may end up with an overabundance of resources that only a particular race can spend and because a race may have a unique technology that needs to be implemented at an appropriate time. There are points during a campaign where your fleet might consist of three different races.
Unlike other magical or fantastic realms, The Red Star uses modern military tactics to inform the way that this weaponry is brought to bear. Their assault rifles, for example, are linked to distant ammunition stores, meaning that infantry can travel light, but still pour impenetrable waves of sustained fire. Teleport gates are used for deployment, and dominating the skies are flying fortresses, two-miles long, that can raze cities with a single command.
The point is to have fun, and having been a tabletop gamer when I was a teenager, and still an avid gamer today, The Red Star was built to be a world that could be every kind of game you could think of. Honestly. Well, anything but sports of course. When you read the stories, you can see the possibility of these different game genres jumping out at you from the pages. This is a very popular topic on our website forums. ( www.theredstar.com)
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On Mission Day 651, the Gravity Probe B vehicle and payload continue to be in good health. All active subsystems, including solar arrays/electrical power, Experiment Control Unit (ECU), flight computer, star trackers and magnetic torque rods, gyro suspension system (GSS), and telescope detectors, are performing nominally. We continue to communicate with the spacecraft regularly, though less frequently, monitoring the Dewar and probe as they continue to warm up, and collecting status data from various instruments on-board.
As a result of the CCCA backup computer re-boot on December 21, 2005, the attitude of the spacecraft shifted approximately 90 degrees, so that instead of pointing in the direction of its orbit, the spacecraft is now pointed broadside or perpendicular to its orbit plane (orbit normal orientation). Because we are no longer tracking the Guide Star, IM Pegasi, there is no need to maneuver the spacecraft back to its Guide Star orientation. Rather, we have been stabilizing the spacecraft in its orbit normal orientation, and we are preparing to reduce its roll rate to 0.04 rpm (25 minutes/revolution) in order to collect sample planet eclipse data from the two star trackers on-board. (See today's Mission News story below for more information about the planet eclipse data and other sample data we will be collecting over the next few weeks.)
Because the spacecraft has been in orbit normal orientation for the past month, its two antennae have been oriented less favorably for communication with the NASA TDRS (Tracking Data Relay Satellite) system and with the NASA ground network tracking stations. Even though the spacecraft's antennae are omni-directional, their optimal transmission/reception path is contained within cone-shaped areas to the front and rear of spacecraft, and their gain is somewhat diminished in the orbit normal orientation. Over the 3-day Martin Luther King holiday weekend of 14-16 January, this diminished antenna communications link, coupled with reduced weekend/holiday monitoring from our Mission Operations center (MOC), triggered a safemode that automatically re-boots the on-board CCCA Backup computer if it does not receive any commands from our MOC within a 36-hour period. We have since recovered from this re-boot.
Our GP-B team has now completed all planned, as well as some extended post-mission analyses on our spacecraft and its component systems. We are in the process of stabilizing the spacecraft in its current orbit normal orientation, and the spacecraft is now ready and available for use by other scientists to perform various types of experiments. The GP-B spacecraft is a state-of-the-art orbiting laboratory, and it has performed extraordinarily well throughout the GP-B mission and beyond. While it no longer maintains the cryogenic environment necessary for testing the geodetic and frame-dragging effects of general relativity, the on-board star trackers, magnetometers, and science gyros are still functioning perfectly, and they can be used individually or in combination for a number of other types of experiments.
The fort at Ninety Six was originally built to protect settlers from Indian attacks in the mid-18th century, and later served as a strategic post during the southern campaign of the American Revolution. The town and fort were captured by the British during their 1780 campaign in South Carolina. The village became an important outpost for British control of the South Carolina interior and Georgia frontier during the southern campaigns. Patriot leaders saw the capture of the village and fort as necessary to liberate the South Carolina interior from British control. The Loyalist commander at Ninety Six in 1781 was Lt Col. John Harris Cruger. He was originally from New York City & had under his command 550 men & only one British officer the rest were American born. The fort underwent a nearly month-long siege in mid-1781 by Patriot forces under General Nathanael Greene. ff782bc1db
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