[QUOTE="Andres110, post: 11584161, member: 10160"
I have a few problems with this.
1. Titans are really really really durable. Drop pods sized for humans can't seriously damage humans, so drop pods sized for Titans most certainly shouldn't be able to seriously damage Titans or anything in them.
2. Complexity should not be the issue. Fundamentally, they wouldn't be that different from normal drop pods. Instead, the issue should be size. Titans are big. Drop pods big enough to hold Titans are bigger. Drop pod bays to hold the aforementioned drop pods and Titans are bigger still. The first downside of Titan drop pods should be that they force ships to compromise in certain areas to hold them.
2.1. The other issue with their size is that decoys can't really be a thing. With normal drop pods, decoy drop pods that are empty are dropped alongside normal drop pods. This is to spread out the enemy fire and reduce casualties amongst troops. Titan drop pods take up so much space that there really isn't space for decoys. This means that all the drop pods have to be extra safe from enemy fire, which means spending more resources improving their defensive capabilities.
The issue would be the opposite. Too few would rip the ship apart. Ideally, you want to accelerate all of a ship's parts at the same time, so that there's no tearing. Accelerate one part of the ship and not the other and you get problems.
So the problem shouldn't be that there's a maximum speed, but that there needs to be a minimum number of rings, with the minimum number increasing as the ship's length increases.
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oooh boy......
I think both of you are SERIOUSLY underestimating the forces involved in a hypothetical orbital drop.....
I know titans are made of super-materials...but I don't fricking care HOW strong you make a titan...it would still EXPLODE in a orbital drop from the g forces.
at the kind of energy levels we are dealing with, the strongest materials wouldn't shatter, or even melt....it WOULD EXPLODE.
you guys are literally describing the use of titans as bullets on the face of a planet.
look up the square-cube law.....it means that this DOES become worse for larger titans.
even in the case that the titan survives impact....the force involved is still going to be enough to vaporize all of the dirt/bedrock around the titan.....and still imbed the entire thing a few hundred feet into the ground.
let me put it this way.....you guys are describing the use of orbital bombardment. and the titans are used as projectiles in a way that turns them into LITERAL NUKES
seriously, a drop from orbit of a 50-100 ton piece of metal (thats how big titans are right?) would produce a explosion that would be measured in similar terms as nukes are.
look up "rods from god" or "kinetic kill vessel ".