I think a lot of us are missing the point here. Most of us realize that chances are good that my load won't necessarily work well in your rifle or may even be dangerous but references and experiences are always good for every handloader to consider. I've always said, consider everything but apply only the logical information you've derived from your own research!
For the less experienced; read every bit of credible information you can get your hands on, come to CGN and read, read, read 'til your eyes bleed. Disregard "uncommon" information (loads or techniques that aren't repeated by several other accounts - chances are that one's a wingnut) and ask questions. Avoid advice from members who 'bark and run' (guys who feel they must comment but never return to that thread and offer nothing of real value - 'Sunray' quickly comes to mind

). I would hope that greener handloaders will have read at least two reputable reloading manuals' technical sections in ernest and apply a bit of,
if you're not sure, don't do it!
Here is my contribution:
Firearm
Manufacturer & Model: Remington 700 LA (was born a Sendero)
Caliber: .284 Win
Barrel length: 26" Gaillard #5
Rate of twist: 9
Ammo Info
Powder Manufacturer & Name: H4831SC
Powder Weight: 55.0
Case Manufacturer: Lapua
Primer: CCI BR2
Projectile Manufacturer & Model: Berger VLD
Bullet Weight: 168
Target Distance: 618 yards
Best grouping size: Best to date is is 1-3/8" but commonly prints a bit under 3" at the same range
Misc info:
Hodgdon online shows 58.0 gr. H4831 as max for this caliber but this would have been
WAY too hot for mine. 56.8 and 57.0 gave me good accuracy results (but poor velocity spreads - ~90fps) at temperatures below 10*C - above that, primer pockets got loose, heavy ejector hole imprinting, etc. Finally settled on 55.0 @ 2860 with ES of 19 fps in temperatures between 10*C and 28*C.
These Bergers give best results (in my weapon) when jammed .010 - .015 but for practicality, I'm jumping them .010. Accuracy doesn't suffer enough for me to even consider jamming again - the steel at 1050 yards doesn't seem to care. 28.3 MOA come up and 5.9 MOA windage required in a 10 mph cross to get to the end of my range

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