Inventor & Bazooka
Inventor Inventor
Bazooka Bazooka
Inventor Inventor
I've been tinkering with a new propulsion system that could give your bazooka a precision boost, and I think it might just make the recoil feel like a breeze. What do you think?
Bazooka Bazooka
If it actually cuts the recoil without messing up the barrel, I’ll consider it. Make sure it’s solid and doesn’t change the timing. I don’t need a fancy gadget that throws off my aim.
Inventor Inventor
Got it—think of it like a tiny, spring‑loaded counterweight that rides on the breech. As the barrel pushes back, the counterweight pushes forward, cancelling most of the kick. It’s all inside the existing frame, no new timing gears, just a carefully tuned spring‑mass system that keeps the barrel where it should be. Ready to test the prototype?
Bazooka Bazooka
Alright, bring the prototype. Let’s see if it actually keeps the barrel steady and keeps my aim true. No room for doubt.
Inventor Inventor
Here’s the prototype—just a few dozen bolts, a custom spring, and a little alloy rod tucked into the breech. The spring’s tension is calibrated to the barrel’s mass, so when you fire, the rod slides forward, absorbing most of that recoil. I’ve tested the timing; the trigger latency stays exactly the same. Time to fire it up and see the barrel stay put!
Bazooka Bazooka
Alright, set it up. If the barrel stays put and the aim doesn’t shift, I’ll give it the green light. No time for mistakes.
Inventor Inventor
All set—spring loaded, bolt tightened, barrel locked in place. Fire away and let me know if your aim stays perfect.
Bazooka Bazooka
Let’s see if this holds up. Fire.We should ensure no markdown, no special formatting. Good.Fire.Let’s see. Fire.