Space Travel

Over the centuries, the various races of the galaxy have developed many unique ways of traveling the vast expanse of space at FTL speeds.

Standard Drive
The cheapest, simplest and most common method of FTL travel is the standard drive, known by many names such as the interstellar drive. The standard FTL drive works by quickly accelerating the vessel to FTL speeds. This method, while easy to perform, has a number of drawbacks: it can only go in a straight line, it can be tracked and intercepted, and it is the slowest method of FTL travel, sometimes by a significant degree. At the same time, their relative simplicity compared to other models makes them easy to maintain compared to more complex engines. Standard drives need time to cool down and recharge between each jump, a process that can take several minutes.

The Repzork are notable for having engineered high-quality interstellar drives that are used in all of their ships. Though still not as fast as other vessels, they are faster than most standard drives, and can make multiple jumps in short secession, though this places more and more strain on the engine with each jump.

Bubble Drive
Developed by the Sauran, bubble drives produce a large 'bubble' that envelops both the ship and any object around it; the larger and more powerful the drive, the larger the bubble, with capitol ships being able to transport dozens of surrounding vessels. The bubble functions in a manner similar to that of a bubble floating through the air; the inside of the bubble is essentially the same as the outside, but the barrier prevents outside space from getting inside. The bubble 'pushes' through space, which bends around it, allowing the vessel to travel at faster-than-light speeds. The main benefit of this method of travel is that so long as a vessel is near a ship equipped with a bubble drive, it isself does not require one, allowing space for more armor, weapons, or other facilities.

Jump Drive
Both the Galderans and the Asanians utilize what is known as the jump drive. Jump drives bend space between the destination and the vessel before 'flinging' the ship towards the desired location in a manner similar to that of a slingshot. This method is significantly faster than a standard drive and is far more difficult, if not outright impossible, to intercept, though it is still not instantaneous. While this method allows ships to travel vast distances and catch opponents off-guard, jump drives have both a warm up and a cool down period and are energy-intensive, especially for longer jumps. The time required to make a second jump makes retreating from an unfavorable situation difficult and risky, as jump drives are sensitive to stress caused by rapid jumps. The Galderans prefer to make short-range jumps when possible so as to place less stress on the engine and reduce the cool down period; imperial jump drives are known as Sheldva-Kusori drives.

Subspace Drive
Used by both the Aeveria and the Zaretians, subspace drives, also known as slipstream drives by the Aeveria, generate a subspace tunnel connecting one point of the universe to another. It achieves this by vibrating the vessel until it is synchronized with subspace, generating a vortex in the process. The Aeverians use subspace drives for short-range movements between systems. Zaretian subspace drives of capable of chaining multiple jumps, allowing them to outmaneuver and ambush other ships.

Warp Drive
Several nations, notably the Rach, Aeverians, Karahotdoum, and IAE, utilize the Warp to travel through space. This is achieved by entering into the warp via a portal and then traveling at faster-than-light speeds towards the destination, where the ship will then exit back into realspace. The IAE utilizes corridor drives to create both temporary and permanent 'corridors' through the Warp. The Rach are notable for their highly advanced Warp-travel technology; both starships and terrestrial units are capable of using the warp for travel, giving them a significant advantage over their enemies in terms of mobility. The main benefit of warp travel is that it is nearly impossible to track; it is only possible to detect vessels entering or exiting the Warp. Extended travel through the Warp can be risky however, as the inhabitants of the alternate-dimension may attack the vessel, though this is extremely rare and only occurs in prolonged expeditions.

Warpgate
Warpgates are two-way portals used by the Luminarians, and within the past few decades, the Empire of Galdera. Warpgates can be constructed in space to move starships or on a planet so as to move troops and supplies. While similar in design, the gates of both nations function and are utilized in slightly different ways. Luminarian warpgates, formally referred to as quantum gates, provide instantaneous travel, making them one of the fastest forms of travel in the known galaxy. But they are extremely energy-intensive. For naval operations, the Luminarian's main method of travel is via quantum gates; most of their vessels have no FTL engines of their own, exchanging them for improved armor and weapon systems. Instead, the gates are constructed with small FTL-capable drives built into them. The gate is then deployed to the target location and activated, allowing the rest of the fleet to advance. The obvious drawback to this is if the gate is destroyed, the ships cannot retreat, and the gates themselves require time to construct.

Warpgates were introduced to the Galderans by the recently-inducted Valdar, who developed warpgates from reverse-engineered Ulkathi technology. Unlike quantum gates, travel though a warpgate is not instantaneous, though it is still much faster than jump drives. The travel time can range from a few milliseconds to several hours, though while the delay is visible to the outside observer, the user will perceive the trip as being instantaneous regardless of its length. This travel time is the warpgate's greatest vulnerability; if a gate is disabled in any way while an object is in transit, that object will be 'deleted' from existence, never to be seen again. Warpgates are more energy efficient than quantum gates, however. Galderan warpgates are also connected to each via a network in which each warpgate has a unique set of coordinates; any gate can be redirected to any other gate with the proper codes. But while multiple gates can be connected to a single gate, that single gate can only be connected to one gate.