Stellaris gigastructures megamodded stream:Īg, shortly after killing the last Unbidden anchor: “And remember kids, Kinetics Absolutely Rail Forcefields… Oh wow, that abbreviation was not intended, don’t clip this.”Īg, in response to the chat message: “Oh yeah, I’ve seen that post, it was great. This requires massive manufacturing capacity, and the ability to coordinate potentially millions of platforms at once, but that’s not exactly an issue here. The ones that wander off target will do so in random directions instead of as a group, which massively reduces the threat to anything behind the target. A single powerful laser might pose a threat to the people on the ground, but several thousand weak lasers won’t. The final, and probably easiest for a Commander, is to throw numbers at the problem. If the ozone layer has been depleted, then infrared will work as well. The second is to use a wavelength of light that is easily absorbed by the atmosphere, with x-rays being a convenient option thanks to the ozone layer. Worst case scenario, you might hit a particularly high flying weather balloon. Wait until it’s a few kilometers above the karman line, then hit it with a laser from a satellite just barely over the horizon. The first, and probably most effective, is to make sure that Earth isn’t behind the missile. If you do end up needing to shoot down a few thousand missiles with lasers, there’s at least 3 ways to minimize the risk to anyone on the ground: Counterforce strikes are the order of the day. There are solutions, but shooting down the missiles and bombers should always be a plan B. I intended to drop roughly a quarter cubic kilometer of tanks (around 33 million units) but that apparently would be an equivalent of 100 gigaton worth of nukes and it would literally light the entire Eurasia on fire. Dropping 870 000 tons of material per second would produce the equivalent of 1% of Sun's energy hitting the earth in heat, or roughly an equivalent of the entire climate change. The only reason why Ag is not calling this 100% ROB certified is because ROB didn't show up to gloat.Īlso amusingly I made some math on how much stuff Ag can airdrop and there is an actual physical limit to the rate of how much stuff can enter Earth's atmosphere per second without barbecuing the world. It is a planetary equivalent of grabbing a hostage when robbing a bank, everyone knows that you're leaving in a casket or in cuffs regardless. You need several high ranking people to be utter idiots who love to gamble with their existence on incomplete data to pull this off. I've discussed how it could've happened IRL and it would be WAY too risky for anyone with more than 3 brain cells to rub together. They could ablatively drill through the atmosphere and oceans, into launch sites, mobile launchers, and SSBNs before RusFor could launch their countervalue terror strike.Ĭombined with the aforementioned antinuke, and a Commander-scale cyberattack bricking anything networked, Agatha should be able to completely eliminate RusFor strike capabilities, and intercept the few launches they'd get off before being vaporized by the Forbidden Sandblaster.Īfter that, it's child's play to reinforce UkFor units with LEO precision Ortillery and land dropships all over Russia. High-orbit laser systems are riskier due to beam jitter the backstop behind a targeted reentry vehicle would be the earth, so potential collateral damage is high.įor a counterforce first-strike, maybe a series of Macron/Duster guns? Trillions of carbon nanotube BBs accelerated to high relativistic speeds (with fissile/fusile material fillings if you want "HE" ammo) would be virtually undetectable by conventional sensors. She can still land equipment outside of RusFor airspace/orbitals, correct? Theoretically, it should be easy to land engineering equipment in Western Europe or North America and build resource-linked antinuke systems on the ground.
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