Mostly from the "Starship Volumetrics" website and some of my own work.@Crazy Eddie : Where did you get your figures from?
Mostly from the "Starship Volumetrics" website and some of my own work.@Crazy Eddie : Where did you get your figures from?
Reasoned extrapolation into future possibilities is not fantasy. Fantasy means things that are unrealistic or impossible. There's nothing unrealistic about the idea that spaceships could get larger in the future -- as proven by the fact that the Space Shuttle was larger than an Apollo capsule. But it is unrealistic to treat deep space as if it were as closely packed together as the surface of the Earth, to treat spaceship interactions as if they would be identical to 18th-century schooners on the sea or trucks passing on the highway. Understanding that space is immensely larger than Earth is simply a matter of using one's brain.
but considering that booth the Enterprise and the Reliant were originally designed upside down to their final design makes me wonder if something similar happened to the D-7
Wikipeida also said Jeffeirse wanted a predator feel and was inspired by a mantra ray, which I see but only backwards, as mantas have long tails and maybe that was the inspiration for the long neck...You can see some of the design evolution in the Memory Alpha links I provided earlier. While Jefferies did have some sketches in there with upturned nacelles, the final concept drawing was oriented in the familiar way. So, no, it's not the same as those cases.
An interesting idea, but the geometry doesn't quite match up:I think it was the proximity of the Constitution diagram that made me wonder about the curvature on the forward edge of the D7 engineering hull. Consider that dish-shaped curve, then look at the apparently corresponding curve of the front of the bridge structure at the other end of the neck. Would these two curves form part of the circumference of the same circle?
Perhaps the D7 was built with an upgrade in mind. Image that you dropped a big saucer on top of the neck, one that fitted the curvature of the engineering hull. You'd have a huge increase in volume, by comparison to the original, and still retain a very low profile in general. But what would you do with this volume? Mobile command and control for a deployed fleet? Kronos 1? A deep space explorer with all the same survey sensors, extra accommodation and onboard laboratories that Starfleet ships tend to have? A colony ship? The latter would fit quite well with the previously discussed idea that Klingons use warships as transports. A colony ship could benefit from the security and survivability that using a warship as your basic design might provide. Then, if the saucer was detachable and could be landed to form the colony, you'd get to keep your ship for security patrols nearby, or to return to the Empire for additional supplies. Seeding colonies is always high on the agenda of any empire, and keeping what you colonise is just as important, so it wouldn't help if you had to dismantle your only security asset to build your new homes.
Anyone know if anyone has done any renders of this idea?
I really like the idea that the D7ish ships are a relatively small crew running a ship largely filled with frozen ground troops and their equipment, seems like that is exactly how the Klingons should function.I've thought alot about this lately and did some analysis. My conclusion was basically this:
Klingon warships are small.
Now that's a vague generalization of the larger concept, but consider the Klingon bird of prey, a ship that typically runs with a crew of 20 to 30 (sometimes less), runs in the neighborhood of 150 meters in length, and is in some ways the Klingon equivalent of Starfleet's Miranda class starships; it is, essentially, a frigate.
The Klingon D7/K'tinga is supposed to be equivalent to the Constitution class in terms of speed and power, but in terms of overall volume it's actually a very tiny spacecraft; less than two-thirds the volume of the Constitution, the majority of which is a combination of engineering spaces and a pair of surprisingly thick nacelle pylons; the ship probably has about 30% of the Constitution's habitable volume, with the majority of the rest devoted to power generation, fuel, ammunition and defense systems.
Kang quotes a crew complement of about 400 in "Day of the Dove" but we only see his small command staff on the surface. A century later, we see a K'tinga-class starship roaming around in Federation space with its crew having just emerged from cryogenic stasis. This suggests to me that even the K'Tingas are designed to operate with an ordinarily small crew -- 20 to 30, just like the bird of prey -- with an engineering section packed with sleeper tubes for a contingent of troops that normally aren't needed except for boarding actions and planetary landings.
In tat case, the main difference between a cruiser and a bird of prey is the latter is big enough to carry a couple platoons of frozen troops, while also having better shielding and maybe a slightly more powerful warp drive. The armaments on a K'tinga are actually nothing special.
But then, this is probably what makes the K'tinga equivalent to the Constitution class: being a "cruiser," it is designed to take a highly valuable payload to a specific location and get a particular job done. On Starfleet cruisers, that payload is scientists, laboratories and their varied equipment. On Klingon ships, that payload is shock troopers. The difference in size -- and indeed, the skinny neck and overall sleek profile of their cruisers -- is that Klingons don't need to be CONSCIOUS between deployments, and the flight crew that runs the ship doesn't need (or want) to be anywhere near the drive core during flight operations.
I think it was the proximity of the Constitution diagram that made me wonder about the curvature on the forward edge of the D7 engineering hull. Consider that dish-shaped curve,
Maybe like a feed-horn?
Once your shields go, you're pretty much toast anyway so the shape of the ship doesn't really much matter.
This had never really occurred to me but it makes an awful lot of sense. The Klingon fleet is a "mature" space program that has basically settled into an established way of doing things that doesn't really need to change; they aren't innovating or experimenting (as much) because they have learned pretty much everything they need to know about starship design and space combat. What few innovations they DO come up with from time to time (the Vorcha and Negh'Var) probably evolve from a handful of brand new innovations that don't make sense to retrofit into the K'tinga class, but which are simple enough that the Klingons only need to develop one or two new ships to take full advantage of them.2e. The Klingons are better engineers and, being much more experienced spacefarers have designed the functionally perfect vessel for their needs compared to Starfleet, which is still experimenting with a huge mixed bag of different designs.
/thread3.]It looks cool (Bagofmostlywatr)
Although maybe it's a matter of sensor profiles. From a distance, the biggest part of the ship would be the easiest one to target (like aiming for a person's chest vs. trying to shoot a gun out of their hand, say), so keeping the command compartment out on a long rod well away from the biggest part would improve its chances of surviving a hit that wrecks the rear section. Although that doesn't fit so well with modern ideas of Klingon honor and their fetish for dying gloriously in battle. But let's face it, that kind of eagerness for death isn't really a sound strategy for victory, so maybe it's more talk than actual policy. (Cloaking devices are even harder to reconcile with TNG-era ideas of Klingon honor.)
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