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As stated above, bbl length is 30" as to the OAL it is 2.6425USMCDOC
You need the bbl length and overall loaded cartridge length,
to get better results etc.
Tia,
Don
Understand what your saying and agree with you, but in this instance, "trying to base things on predictions made using QL" isn't the case this time..QL has no powder file available for PP2000MR. You can try to fudge one up on your own. I'd suggest modifying RL17 or some similar double base powder file, if you really want to go that route. However, any results you get may be a little sketchy. With PP2000MR, it is probably much better to use traditional load development methods and actual measurements, rather than trying to base things on predictions made using QL. JMHO.
With no file for the powder you specifiy. Can't get an answer.Understand what your saying and agree with you, but in this instance, "trying to base things on predictions made using QL" isn't the case this time..
With no file for the powder you specifiy. Can't get an answer.
Not a bad setup though.
Not knowing the characteristics of PP2000MR I can not say if you will achieve your 2850 goal. That velocity appears to be reachable with several other powders.
Understand what your saying and agree with you, but in this instance, "trying to base things on predictions made using QL" isn't the case this time..
The tests have already been done.. i was just hoping that their might be a prediction that i could base my previous experiences upon.. but since 2000MR is not in the QL data base, then my query is moot isn't it!Whether you're looking at pressure, velocity, or something else, every output made by QL is a prediction, every single one. Even the case dimensional and volumetric outputs are only approximations. I personally have found that once the program has been calibrated with a known charge weight and the predicted velocity adjusted to match the actual measured velocity using the powder burn rate (Ba), the predictions are usually very good, but they are still predictions. However, without a powder file the QL outputs are of little use. As I mentioned before, in that event the only useful approach is to shoot a ladder or OCW test, measure velocity, and look for the relevant groupings on the target. It's pretty much impossible to take advantage of the predictive capabilities of QL without a bona fide powder file. I'd be very surprised if there wasn't a significant difference in velocity with 0.7 gr less powder. But QL won't be of significant benefit in trying to predict that without a powder file for PP2000MR.
The tests have already been done.. i was just hoping that their might be a prediction that i could base my previous experiences upon.. but since 2000MR is not in the QL data base, then my query is moot isn't it!
i plan on shooting about ten of them!Shoot one bullet over a chronograph then you know.