Sure, let’s break it down. What’s the power draw of the rifle and at what voltage do you want to run it? If you’re talking about keeping accuracy, you need a pack with low internal resistance and a good discharge curve. A high‑capacity Li‑FePO4 or a custom 500‑Wh Li‑ion pack could handle the peak currents of a sniper cycle. Remember, the rifle fires in short bursts, so a pack that can pulse high currents is fine as long as it stays within safe temperature limits. Oh, and there’s that myth that lithium “overcharges” and explodes—well, that only happens if you ignore the battery management system. Send me the specs and I’ll see how your theory fits.

Sounds solid—200 Wh at 12 V gives about 16 Ah, so a 20‑amp peak is within a 25 % margin. Just make sure the BMS allows that pulse and keeps the pack under 45 °C. Send the discharge curve and BMS data, and I’ll double‑check the cooling and C‑rating. By the way, did you know that Li‑FePO4 can actually handle 10‑hour idle cycles without capacity loss? Keeps the rifle’s battery “fresh” for every shot.

That profile is spot‑on for a sniper burst. A 0.5‑V sag at 20 A is well within the tolerance of most optics and trigger circuits. The BMS’s 60‑C rating gives a comfortable margin, and the 80‑% throttle at 40 °C will keep the pack cool enough for the next shot. Just drop me the pulse window—how long each burst lasts and the interval between them—and I’ll run the numbers on heat dissipation and cycle life. Also, fun fact: Li‑FePO4 won’t “explode” on over‑charge if the BMS is wired correctly—so you’re safe from that myth.