Contemporary space shuttles ride pillars of fire and launching one involves spraying 1100 cubic meters of water on the pad as a muffler to keep the craft from being damaged by the noise. The minimum distance away from a massive object at which a ship could safely translate into hyperspace was called the object's hyper limit.There are very few things about space that are not freaky. Attempting to do so would result in complete destruction of the transiting ship from gravimetric shear. Gravity affects hyper space such that it is impossible to travel inside a certain radius of any massive object, such as a star or the Tellerman wave, while in hyperspace. The Kappa band was the highest known band, and only became known with the creation of the streak drive in the early 20th Century PD. The Iota band was the second-highest known band, and no ship entered it and survived to return until the early 20th Century PD. Courier ships traveling the "ragged edge" of the Theta band gained an approximately 40% speed increase over frigates traveling in the Zeta band. Courier ships frequently rode the edge of the Theta band, because it offered the fastest speed. The Theta band was the highest band that had ever been used, and the most dangerous to travel. 7 c in the Zeta band, attaining an apparent velocity of 2500 c. Faster freighters or some passenger liners could travel at. The Zeta band was frequently used by warships, as it offered good speed and moderate safety.
Few merchant ships could go this quickly. 7 c in the Epsilon Band could achieve an apparent velocity of 1442c. 5 c in the lower end of the Delta band, at a maximum apparent velocity of 912 c. Older Manticoran merchant ships could only manage to travel.
HYPERSPACE LIGHTING GENERATOR
The Protectorate of Grayson's hyper generator technology was limited to the middle gamma band prior to its entry into the Manticoran Alliance. The Gamma band was one of the lowest bands to travel through hyperspace. In the beginning, only survey vessels went into the Alpha Band because of the high risk factors until the accuracy of the Hyper Log was improved. It took nearly two hundred years for that limitation to be accepted. 3c, an entry velocity limit that would result in the immediate destruction of any ships exceeding it at translation. The band could not be entered at a velocity higher than. The main band for hyperspace travel was the Alpha band, which was the lowest of the bands. While relative velocity in each band was low, apparent velocity (how fast a ship moved relative to objects in n-space) increased, the "higher" you went within the band. Hyperspace bands were labeled by Greek alphabet letter. Naval crews were trained for crash translations, yet there was a limit to what training could do to offset the effects, so crash translations were avoided unless absolutely necessary. 3 c would be reduced to 144 km/s if it went through four translations from the Delta band to n-space). Without renewed acceleration, this could mean that a ship's velocity could slow to a crawl if they translated down through many bands (a ship travelling at 90,000 km/s or approx. Ships slowed to one fifth of their relative velocity each time they performed a translation down through the bands. Humans, on the other hand, experienced physical distress and nausea, which was stronger the faster the ship was going when it translated. The danger of dimensional shear was not present when ships translated down through the bands as far as hardware was concerned. It was only after the development of the Warshawski sail that both of these drawbacks were negated. For early reaction drive ships, constantly re-accelerating after transitioning (assuming it survived the transition in the first place) proved too energy intensive. This speed could be made up after fully moving into the band. A less deadly drawback is that in order to break into a higher band, a certain percentage of relative speed was bled off. This was especially deadly in the early years of the Diaspora of Man. The higher the band, the faster a vessel would travel.
HYPERSPACE LIGHTING FULL
Transiting different bands did have drawbacks, as the boundaries between hyper bands were full of high energy surges which could destroy an unwary ship.
0 kommentar(er)
