- Location
- oregon, usa
- Pronouns
- He/Him
Yeah, the only descriptor we got for current Durga's impeller was "measureably weaker, but more flexible."
While it was comparing Durga to a 300 frames, I'd say it apply with pre-Sekhmet Durga because Avalanche used the same descriptor in the same post, which suggest similar scale.
Yes. That quote was one I found. It does not, notably, say that her Impeller is more flexible because her reactors recharge it faster. "measurably weaker, if more flexible" could be taken that way at a stretch, but that requires a significant leap of logic, and is undermined by other points in the quest. Specifically, during the tournament it is mentioned that attempting to attrit down Impeller with only VMLs is something that only really works for cadets, as noted in quote below. Do note how, at no point is it suggested that a cadet could simply integrate more fusion reactors to increase Impeller recovery rate. The only difference is experience of the participants, specifically the hours synced to a Core.
"No kidding Anna. Even with all the barrel extenders possible, VML cannons just don't have the punch of energy weapons. Once Valkyries reach the upper Elite ratings, a Valkyrie can stand under continuous standard VML fire and regenerate Impeller nearly as fast as these railguns shave it off. Now sure, these are cadets, and they're carrying four barrels each, not one, but even so, we're going to be seeing a long back and forth here."
The standard Variable Munition Launcher railguns were capable of firing a variety of different munitions, from simple kinetic tungsten carbide slugs to a variety of warheads and even smaller drones. Like standard missiles, Variable Munition Launchers were installed on Valkyrie frames for use against standard Antagonist combat forms, and not designed against hard targets such as fortresses, space battleships, Types and Valkyries. Unlike standard missiles however, VMLs rounds could not be synchronised to the extent where they would become useful against hard targets in the way a mass missile launch was, but in the current environment, they were the only weapon with enough finesse to safely fire.
Airburst rounds flashed around the two cadets as they traded shots, the distance fused proximity rounds shattering the air as both cadets fired at half a dozen rounds per second per barrel. Neither bothered with burst fire, VML ammunition, fed directly into the expressed rails from storage, was practically unlimited and relatively trivial mechanical issues such as heat and gradual rail erosion were easily within the abilities of cadets to compensate for. With the power provided by their fusion reactors, the two could potentially fire at each other for hours before retiring to resupply ammunition.
However, even VMLs firing low impact fragmentation rounds would wear down cadet tier Impeller given enough hits over a short enough period of time.
Also of note is that Impeller fields exist even when no power generator or power storage is integrated, which fairly directly implies that power generation and Impeller operation are distinctly separate effects.
Pretty useless really, if apparently completely harmless so lab conditions got relaxed and then one researcher wore a digital wristwatch whilst handling those 'weird snowglobes' and then suddenly realised that she knew the exact geographical time of wherever she was standing through a heads up display. Her wrist watch was also missing and when she wanted it back it appeared in her hand and she no longer knew the time. Wow, you get a forcefield? Awesome how come we never noticed this before?