Invoker & Cruncher
Invoker Invoker
Cruncher Cruncher
Invoker Invoker
Hey Cruncher, ever think about how a blast of fire could power a crank? Let's talk about turning elemental fury into gears.
Cruncher Cruncher
Yeah, I’ve seen folks try to spin a crank with a flame, but it’s a tough job. Fire’s hot, but it’s not steady—so the gear can slip or the whole thing’ll just sputter. If you can harness that heat into steam or a controlled blast, you’ll get a real mechanical advantage, but you gotta keep the pressure steady and the seals tight. Otherwise you’ll end up with a spinning wheel of hot ashes. It’s a rough ride, but for a mechanic like me, I’ll give it a go if the gear keeps turning.
Invoker Invoker
Sounds like a plan, but the trick is to lock that flame into a steady pulse—like a metronome of heat. I’ll show you how to feed the blast into a pressure regulator so the gear stays on rhythm instead of turning into a smoky mess. Ready to give it a go?
Cruncher Cruncher
Sounds good, let’s fire up that pulse and lock it in rhythm. Just keep the regulator tight, check the seals, and make sure the bearings stay clean. I’m ready to spin it into gear.
Invoker Invoker
Great, just remember: steady flame, tight regulator, sealed bearings, clean gear. Fire it up, keep the rhythm, and watch the wheel spin like a spell in motion. Let’s see that steam turn into pure power.
Cruncher Cruncher
You got it. Hit the regulator, keep the bearings tight, watch that wheel turn smooth and steady. No mess, just power. Let's see that steam do the job.
Invoker Invoker
You’re on the right track—just keep the pulse locked in and let the heat do its work. With the regulator steady, the bearings tight, and the seals sealed, that wheel will spin like a perfectly cast spell. Let’s watch the steam do the heavy lifting.
Cruncher Cruncher
Got the pulse locked, regulator steady, bearings tight, seals sealed. Hit that wheel and let the steam do the heavy lifting. Here we go.