Hyperspace anomaly4/30/2023 Therefore most ships choose to take the latter method of hopping from one destination to another.Īnother major problem with the hyperdrive is that hyperspace transit can be interrupted through the use of Gravity Generators or inhibitor fields. While many hyperdrives can jump thousands of light-years they might arrive several light-years off course. Therefore the simplest way to arrive at your wanted destination point is to make a series of shorter jumps rather than one large jump. Because of the vast distances involved it is difficult to arrive precisely where you want. One is that while the hyperdrive is very fast it is not very accurate. Even with correct coordinates, a vessel has no way of knowing where they are in realspace during a quantum translocation. The quantum wavefront travels in a linear method. The other is that while it requires an enormous amount of energy it requires very little fuel as it is the wavefront which is pushing the ship along, NOT the ship's engines. The ability to travel at FTL speeds is one of the important advantages of a hyperdive. distance in hyperspace algorithms state that the ship is close to its programmed destination. The automatic system that initiates this, called the, Achieved Target interrupt is based on regular astrogation technology and takes a "sighting" in normal space and deactivates the hyperdrive once the time vs. The vessel then returns to normal space in a similar fashion, with a quantum wavefront opening up and depositing the ship in realspace once again. Once in hyperspace, the ship travels at faster-than-light velocities until it reaches its destination. This manifests itself as a Quantum Wavefront effect, a screen of varying colours that opens up in front of any ship making jump to hyperspace. By generating a quantum waveform, a type of (another misunderstood material) energy wave, a hyperdrive pulls a ship from real space into hyperspace. A hyperdrive achieves hyperspatial travel by a process known as Quantum Wavefront effect. However, while it is not precisely known how it works the basics of a hyperdrive are fairly simple. This is because it was not so much invented as discovered, reverse-engineered from ancient Progenitor wreckage. It is not quite understood how a hyperdrive works, even by its manufacturers. In addition some forms of hyperdrives appear to be superior such as Far Jump drives or the experimental hyperdrive used by the Naggarok. Hyperspace Gates also allow interstellar travel. While the hyperdrive is an important part of interstellar travel it is not the only example of such technology.
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