If there'as 1 reticle in the world that doesn't allow an intuitive system of LR zeroing it's the 22 Long Rifle Rapid Reticle that i have on my AR-15. Here's the reticle--
http://www.rapidreticle.com/22lr3-9x32.htm
There r so many stadia in that reticle that it gets complicated to calculate a LR zeroing system for it-- but it's complicated only in the calculation, not the application of it once it's verified at the range, and here's the reason that IMO it's better than a turret system--
Recently i was up in WY hunting antelope with some buddies, and we had an encounter with a very nervous doe that was approaching us at a tangent, stopping for just a couple seconds. Everytime she stopped my partner was calling range to me, and i just needed to glance up at my range sticker that's located in the ocular cover of my Butler creek scope cap cover. In a hunting scenario like this, it's not just a simple matter of zeroing your gun, and having the dope somewhere on your gun. Logistics is also important here. If i'd had that info on a riflestock, every time that doe stopped i would have had to get out of position a little to reference the dope that i've often seen shooters put elsewhere on their rigs. That's a little inefficient for practical apps. If i'd had to adjust a turret, that also means movement, and looking away from the game for a little longer, than just glancing up at the range sticker in my BC covers, and back to the optic.
When the doe hit the 350 mark, i glanced up to the range sticker referenced the interpolative zero, adjusted for it and windage, and fired. If it took 3-4 seconds, it was a lot, but if i'd had to get out of position to reference range, and turret comeups, then it would have taken longer, for certain. I would have had to do everything i did with the reticle, and reacquire position. This is the fastest system i've seen in the field. I've seen turret spinners that r fast, but once practiced i'd put the reticle guy up against the turret guy, most every time.
When i calculate a field system for my reticles, i never care if they match even 100 yd. intervals (they rarely do anyway since i use specialty pistols and VLD bullets most of the time). Once the system's calcd., and checked/troubleshot, i calculate DR zeroing in 50 yd. intervals. Oftentimes i may not even know exactly where a particular stadia is zeroed for. IMO, reticle stadia r only there to provide a std. for calculation, and referencing the interpolative system, since game only occasionally shows up at a range that exactly matches a stadia.
Even if a reticle doesn't provide an intuitive system (even 100 yd. intervals between stadia), i've seen SOME shooting with them. The best LR shooting i've ever seen accomplished was with a reticle that was not intuitive. My handgun shooting partner ran the long-range leg of the '04 ITRC (Iternational Tactical Rifleman's Championship) up in Gillette, WY and i saw him run 10 in a row on 8" steel discs between 585 and 685 yds. using the 3-12X Burris BP reticle calcd. to a 6.5-284 XP-100/140 A-Max.
I've often wondered what guys do when their custom BDC reticles no longer add up to an intuitive system. Do they spend the money for new reticles? Man, they sure don't have to. Not in my experience.