STARTREK11 said:Actually ILM is a business and if Abrams orders rotating nacelles then they will be compelled to make it so regardless of their desires.They must do what the customer wants.
Not entirely true... only if they want the job. ILM has turned down plenty of jobs in the past, and has pulled out of others, due to unprofessionalism on the part of the other folks. I'm not saying it's COMMON, but it's an option. They do have a choice. But I'll grant it's not very likely to occur unless they insistence of the producer is to do something so unspeakably stupid that it will tar the SFX house with "collateral damage" from screwing things up so royally.
The impulse engines on the rotating nacelles give the ship steering capability and greater maneuverability,as explained above.
Nope. I'd assume that you have a basic training in mechanics... and that you know how to calculate torques, angular velocities and angular accelerations and so forth.
Now, think for a moment about any irregular object with mass. If you apply a force offset from the center-of-mass of that object, you create a torque (basically a "force of twisting") which, depending on the mass it's acting on, gives some value of an angular acceleration. The acceleration creates a change to the angular velocity of the object.
Now, consider the amount of thrust that is required to achieve any useful "sublight travel." It's also based upon mass of the object and upon the thrust force, but we're talking about LINEAR rather than ANGULAR velocity and acceleration.
We're talking about massive linear accelerations... massive thrust levels.
Apply such a thrust even a degree off-axis with the center of mass of the object and you get a pretty damned speedy angular acceleration. Basically, a ship that can travel at Trekkian "Impulse" velocities can also spin around 180 degree and STOP rotating, all in a few thousandths of a second.
Additionally, it's well-established that Trek ships have steering thrusters. This is not a "Treknology" invention, it's a real design element which has been used on all real spacecraft design since Sputnik. Relatively TINY jets on various spots on the hull can cause precise lateral translation, or finely-controlled rotation without causing any translational impact for that matter. In TMP and forward these have been quite visible, and the terminology used is a REAL WORLD term called "reaction control thrusters." The most visible example of this would be the thruster quads seen on the sides of the Apollo service module, by the way.
Next, there's the fact that articulation frames, such as is REQUIRED for the sort of thing you're suggesting, are relatively fragile pieces of equipment. Not good at all for load-bearing applications, particularly not for primary-thrust-bearing applications. A rigid connection is ALWAYS far stronger than anything you could possibly achieve with an articulated structure made from the same materials and with the same technologies.
SO...
1) You don't need this when in transit...
2) You don't need it when stationary...
3) If you DO have it you've weakened your design by a massive measure.
COULD Abrams be directing ILM to do this? Possibly. But I don't buy it.
This will be an early primitive version of the ship and also they have not mastered the complex warp field steering.
Remember Pike's ship did not do any of these advanced functions.
"Remember?" While it's not unreasonable to think that the warp engines on Pike's Enterprise were a bit less advanced than the upgraded version on Kirk's 5-year-mission version, they weren't dramatically different. So what are we supposed to be "remembering?"
You can't make up something and then say that we have to "remember" it. You have to support your proposition with facts, or at least with a compelling argument. You've done neither. You've just made an unsupported claim as though it were to be taken as fact.
Remember the horizontal slits at the end of the nacelles?
They are the grids through which impulse exhaust is vented at high speed.As the ship advanced these were replaced by semi-spherical balls and sealed off to prevent ingress of undesirable material during crucial moments.
See, this is just more evidence to support a belief that you're "making this all up." Nobody knows WHAT those were "really for" except that Matt Jeffries was adamant, as was Gene Roddenberry, that these were not exhausts.
You say this as though it's a "given fact" yet it's not. And I doubt that anyone at ILM would be telling you anything like this. So it just supports the supposition that you're making this all up.
The Osprey tilt rotor tilts the whole engine and not just a nozzle.The Russian tested aircraft with tilt engines in experiments.
Actually, the whole WING on the Osprey tilts... and it's a nightmare. The Osprey is a disaster...a boondoggle. It's less effective than the CH-53 series helicopters in every possible way. They're slower than the design spec required, have less range, less lift capability... they're failing to meet the specs in virtually every category. And they're fragile... I became involved in a Marine V-22 breakdown just last week, in fact.
So, using this as an example of "good design" is... well, I'd avoid that particular point if I were you.
(FYI, you can see both Ospreys and a big Marine variant of the CH-53 in the opening sequence of the "Transformers" movie. Just realize that the Osprey program is foundering, which is why they're ramping up orders for the CH-53K right now... it's better in every way than the Osprey and it's not considered a deathtrap by the troops, either!)
Also i have been given further information about a key plot point.I am debating with myself if I should reveal this or keep it to myself,and also how if I decide to reveal it,how I should word it so that I do not reveal more than I should.
Sheesh...
Okay, I'll bite. If you have a plot point, you must share it now. And we can let the folks from PPC check it out and see if they agree. If it's bullshit, your friend will still have his job next week.
