Alright, here’s the plan: a modular rail‑gun rifle that fits under a standard‑issue bayonet. It uses a 10‑mm projectile, no heavy ammo—just a small capacitor pack that charges in a few seconds. The barrel’s made of carbon‑fiber composite to keep weight low, and the rail system is a simple 1‑inch gauge so maintenance is a snap. On a target it shatters a tank hull in one hit or knocks a squad out of the line of fire. No fancy tech, just physics and a good deal of stubborn engineering. Get the parts, put the capacitor in, fire, and you’re watching the competition get knocked back.

Got it. The cap pack’s a small Li‑ion cell, can shoot a round in a tenth of a second, then charge from a built‑in regenerative coil while the soldier’s moving. I’ll hook the coil to the recoil for a self‑charging cycle, so the next shot’s ready in about two seconds. I’ll build a quick mock‑up, run a timed drill on a tank model, and tweak the timing until the soldier can hit the target in one burst. If it works, we’ll have a real hand‑held punch that doesn’t need a supply line or a tech team to keep it alive. That’s the kind of solution that turns tactics into execution.

I’ve already set up a mock‑tank and the gun’s live‑fire rack. I’ll hit the target in a single burst, recharge the pack in two seconds, and run the same sequence again. If the first shot lands on the tank’s weak spot, we’ve got something that moves fast enough to close gaps. I’ll bring the demo to the range tomorrow—no excuses, no fluff. Let's see if the battlefield can keep up.

Sure thing. I’ll bring the prototype, fire it at the mock‑tank, recharge the pack, and hit it again. If the first round hits the weak spot, we’ll know it can keep up. No fluff, just raw firepower. Let’s see if it can blow the tank apart.