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Correcting those errors are going to be tricky since the sensor would need to know if anything is obscuring the image, what's populating the field of vision, what the nature of the obscuring is (if anything), and how to make those corrections. A water droplet isn't going to be an even lens, coming in different shapes and sizes, and won't always just warp but also blur or otherwise diffuse the light. It might be able to calculate subsurface scattering but when will it know to do this? An easier approach would be to subject an area to a wide range of radiation and then form a picture from that -which might be doable considering the powerplant mechs run off of but the image built would arguably not be in color as we see with the naked eye. At that point I imagine it's probably going to build a picture more akin to "nightvision" -likely a lot of work for something like rain, and may not even work all that well. Radiation will still have to pass through matter and the reflections are still prone to distortion/diffusion. Whatever is encasing the sensor, be it glass, metal, wood, or unobtainium, may also effect it to some degree. Sometimes you'll see a mark on the nose of a jet plane that says "Do Not Paint."
I'm not going to say it's impossible but it would likely be pretty difficult.
Hell. The easier way for rain is to simply have it coated with a temporary substance. When you shave (IF you shave,) and you're having trouble dealing with fog on the mirror, take a small bit of shaving cream and wipe it on the glass. It should help keep it clear. I hear chewing tobacco on windshields do pretty well for rainy days as well. Low tech, and it solves the problem. Of course, you can also buy this stuff that keeps water from beading on windshields too
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Maybe. I'm not sure how far tech has gotten with stereoscopic/composite imagery but it would certainly be something interesting to combine with a 3D monitor. There's this mech I've been tinkering around with redesigning called the Cyclops I was thinking about adding a stereoscopic rangefinder on in addition to a few other tank related elements to the head (I was trying to keep the spirit of the original mech intact but adding some stuff that seemed to make sense.)
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Naa. More the question is what kind of radiation would be used to flood the area in order to get a return image and what kind of passive sensors would there be? Some radiation would be terribly unhealthy to stand in front of, and with ECM at work the output could potentially get unhealthy when you have the backing of a mech generator if no one cares about infantry, civilians, or any unshielded life forms... Anyway, there's probably at least IR -mechs would light up real good with that.
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They likely do.
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That seemed to fit here, and may have some relevance. Transparent aluminum. Just heard about it, not an engineering-savvy person.
It sure does. I used "glass" in quotes for that very reason. It could be nanotubes, even. Remarkable technology, that. Some folks are currently researching something similar to the myomers used in mechs.

















