I'm not looking/testing/using your battery so I can't speak to how tired it is, but some general food for thought on battery health in general
You have to remember too that just because a battery is "pulse rated" for "XX" amount of amps doesn't mean it's good to push the pulse limit constantly....different batteries don't just have different pulse rates, but different lengths of time the battery can be "pulsed" at and how long the battery needs to rest between pulses. A battery needs to rest between pulse discharges to cool down if it gets hot and to stabilize as over discharging it unbalances it. It can also lead to an increase in internal resistance which causes the battery to loose storage capacity, and have slower/lower discharge rate. It's not commonly brought up but a big part of the "voltage drop" of a mech mod setup is a direct result of the internal resistance of the battery itself and not just the mod. The more you stress your battery the more likely you are to cause an increase in internal resistance and the more poorly in turn it will preform while working that much harder to keep up.
Don't get me wrong, I am not saying all of this will happen for sure if you use a battery above it's continuous rating, I am just saying what can occur. Battery ratings are set with a safety margin in mind and that is why we have the continuous and pulse ratings in the first place. Just sharing some general battery knowledge.
But the full set of numbers for most batteries pulse rates are rarely clearly published because you're pushing a battery beyond it's "safe" (continuous discharge rating) zone and battery companies don't want to be liable by saying "you can pulse this battery like this for this long" and then have a battery fail inside that time amount and getting sued for damages.
