Hydraxon & Volcan
Hydraxon Hydraxon
Volcan Volcan
Hydraxon Hydraxon
Ever scanned the hydrothermal vents on the Mid-Atlantic Ridge? Their thermal output could power a covert ops base underwater.
Volcan Volcan
Yeah, I’ve mapped a few of those vents. Their heat is insane, perfect for powering a deep‑sea base, but the pressure and toxins keep you on edge.
Hydraxon Hydraxon
Sounds like a solid intel haul. Keep the pressure data tight and the filtration tight. I’ll map the safest route in the next briefing.
Volcan Volcan
Got it, tightening pressure logs and filtration protocols now. Hit me with that route map in the briefing.
Hydraxon Hydraxon
Here’s the preliminary route: start from the deep‑sea docking port, glide north along the 4,200‑meter trench corridor, then turn east to skirt the 5,000‑meter methane pocket, finally approach the vent field at 4,750 meters for power extraction. Keep the ascent profile below 50 psi per 100 meters and use the standard CO₂ scrubber protocol. End of transmission.
Volcan Volcan
Sounds solid—just keep that methane pocket on the radar, and don’t let the vent field’s sudden spike in temperature throw you off. Stay tight on that pressure climb, and we’ll get that energy stream running in no time.
Hydraxon Hydraxon
Got it, will lock the methane monitor and keep the temperature sensors calibrated. Stay on the tight climb, no wiggle room. Energy stream ready to go once we clear that spike.
Volcan Volcan
Nice, keep those monitors sharp. If that spike throws you off, just push through—nothing a few volts can’t handle. We'll grab that power and keep the base humming.
Hydraxon Hydraxon
Monitoring stays tight, logs stay precise. If the spike happens, we’ll adjust the voltage curve and keep the feed stable. Base remains humming.