How do hatch-breaker limpets get through shields?

Shields stop everything else from impacting your hull: missiles, torpedoes, munitions, lasers. Why don't shields stop hatch-breaker limpets, too?

Well now that you mention it, how do our lasers and munitions get through the our own shields? Are the shields like the airplane propellers on WWI biplanes, connected to our guns via a chain so that our the shields quickly blink off when our bullets pass through? And if so, then I'm a sitting duck when firing my beam weapons for minutes at a time! Very confusing... [wacko]
 
I think is the correct answer, there is no giant window ala spaceballs its about speed.
An SLF can pass through shields too but it's relative velocity as it closes is very slow, so the assumption has to be that the hatchbreaker and other limpets slow their relative velocity and slip through the energy field.
Weapons to cause hull damage need to be travelling fast and the assumption being that no genius has though of making a hatchbreaker that drills/deposits explosives inside the ship yet.

Thats why when I slowly ram my ship at 1m/s the shield doesnt st- Oh wait.
 
Shields stop everything else from impacting your hull: missiles, torpedoes, munitions, lasers. Why don't shields stop hatch-breaker limpets, too?

Its because apparently pirates don't blow up ships and when a ship blows up the wreckage magically doesn't contain any cargo. In other words the usual people moaned and moaned and moaned some more so now if we are to play a pirate we are to do so in a gentlemanly fashion.

Oddly enough it wasn't like this in the original Elite of 1984.
 
Well now that you mention it, how do our lasers and munitions get through the our own shields? Are the shields like the airplane propellers on WWI biplanes, connected to our guns via a chain so that our the shields quickly blink off when our bullets pass through? And if so, then I'm a sitting duck when firing my beam weapons for minutes at a time! Very confusing... [wacko]

I wondered about this a little bit, too. I think it's a combination of things.

For solid projectiles it probably *is* like airplane propellors. For beam weapons I think it's an "energy signture" thing - beams and shields can both be coded to obstruct or pass through each other. Your own shield and beams are configured to a particular frequency/wavelength/whatever which allows them to pass through, but since other ships do not have your particular configuration, their weapons are obstructed.

This also sort of explains things like "phasing sequence" and "concordant sequence" special effects. Phasing sequence would be like a brute force password hack where the beams are continuously shifting calibration such that some portion of the energy always overlaps with the configuration of the enemy shields, allowing the beams to occasionally pass through. Concordant sequence would be you and your wingmates sharing beam and shield calibration data such that the beams could be configured to bolster shield energy.
 
Well now that you mention it, how do our lasers and munitions get through the our own shields? Are the shields like the airplane propellers on WWI biplanes, connected to our guns via a chain so that our the shields quickly blink off when our bullets pass through? And if so, then I'm a sitting duck when firing my beam weapons for minutes at a time! Very confusing... [wacko]
by osmotic synchronization of the temporal phase modulation of the shield.
pretty basic stuff really...
 
Thats why when I slowly ram my ship at 1m/s the shield doesnt st- Oh wait.

Maybe shield bubbles aren't rigid, but behave more like a sac of non-newtonian fluid? Smaller points of contact vs larger points of contact, as well as velocity, would dictate how it reacts. Any high velocity impact to the shield will be met with rigidity, smaller, slower objects would initially distort the membrane in a local spot and then pass through, while large surfaces, such as other ships, space station walls, etc, would uniformly compress the bubble along one side but never pass through.
 
Well now that you mention it, how do our lasers and munitions get through the our own shields? Are the shields like the airplane propellers on WWI biplanes, connected to our guns via a chain so that our the shields quickly blink off when our bullets pass through? And if so, then I'm a sitting duck when firing my beam weapons for minutes at a time! Very confusing... [wacko]

Possibly they are only one way, just like in Star Trek. It's sort of like an invisible stream of magic being blown outwards so as to stop things getting in but not going out. Like an extremely powerful air stream (but without the air).

Doesn't explain the limpets though, or why SRV shields behave differently to collisions than a ship's shields.
 
Maybe shield bubbles aren't rigid, but behave more like a sac of non-newtonian fluid? Smaller points of contact vs larger points of contact, as well as velocity, would dictate how it reacts. Any high velocity impact to the shield will be met with rigidity, smaller, slower objects would initially distort the membrane in a local spot and then pass through, while large surfaces, such as other ships, space station walls, etc, would uniformly compress the bubble along one side but never pass through.

I like this as an explanation for the limpets.

Edit: I thought this would auto-merge with my last post... didn't that used to be a thing?
 
All thisbtalk has made me want magnetic limpets. Fire them so they attach to an enemy's hull and self destruct

Limpets self-destruct all the time, the resulting explosion is a bit underwhelming. Now if limpets could carry mines... every other guided projectile would become obsolete.


You are not thinking big enough, let it hack the cargo hatch and self destruct inside!
 
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Yep, exactly. I could remember the premise of the slow knife penetrates the shield but I couldn't remember the movie.

I was going to use a modern day ballistic vest as my example and had a link at the ready to support my position.

Dune works better!

+Rep
 
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To answer how, we'd need to know how shields are supposed to work.



They don't stop flechettes, space dust, atmosphere, radiant heat, or phasing effects either.

How do you know that?

Well now that you mention it, how do our lasers and munitions get through the our own shields? Are the shields like the airplane propellers on WWI biplanes, connected to our guns via a chain so that our the shields quickly blink off when our bullets pass through? And if so, then I'm a sitting duck when firing my beam weapons for minutes at a time! Very confusing... [wacko]

IDK, maybe in 3300 they found a field that only allows objects exiting it to pass through?
 
How do you know that?

Because if you enter a Starport's docking cylinder with no life support or canopy, but active shields, you can suddenly hear and breathe again.

You also heat up just as easily from being in proximity to stars with shields enabled.
 
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