They wrote 26oz. But what they meant was 16oz.Hahahahah that’s great.
Hopefully it was just so they could fix the errors on the spec sheet or something trivial
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They wrote 26oz. But what they meant was 16oz.Hahahahah that’s great.
Hopefully it was just so they could fix the errors on the spec sheet or something trivial
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Huge kudos to maven for even bothering to include a diagram showing both low and high magnification.
Form and Ryan must have broke it. Back to the drawing board.Hmmm rs1.2 isn't on their website anymore
I can’t say for maven or optics in general, but I have worked in technical outdoor product manufacturing for going-on 30 years now. Most companies I am familiar with have differing levels of design capability, but very, very few of them don’t rely somewhat on a manufacturer for some level of support in design, engineering and specifications during the design process. It’s often/usually a collaborative effort between the marketing company’s in-house design and the contracted manufacturers in-house design. I have not really run into too many high-end consumer goods that are outright “standard” offerings from a manufacturer—thats the realm of el-cheapo stuff mostly. The manufacturer may have some open molds or programs to make parts such as a turret cap or something like that that could be used for various brands, but they’re going to also have the ability to take design drawings or CAD info or a 3d print or machined prototype or whatever, and turn that into a finished part as well— so the design process is often a back-and-forth working with a factory to figure out what makes sense to utilize that is existing, and what needs to be designed and built from the ground up in order to meet a particular set of requirements. Usually if the guts of a product are proprietary, there is a contractual obligation for the manufacturer not to share it with other brands or for their own house brand, etc… but they can certainly learn from it in terms of manufacturing techniques or design advantages and use that in the future. So most companies would be idiots not to work closely with the manufacturers in-house knowledge because of this. We are also talking about pretty complicated products that probably involve four or five or more manufacturing facilities to make parts, and then assembly and finishing, so there’s nothing that says multiple different factories won’t be involved in the process along the way.Question about Mavin, and really many other newer optics sellers. Do they have their own design, engineering, and testing capability in-house, and provide that design to a manufacturing facility (e.g. LOW) to produce? Or, do they select most of the design elements from a menu of options offered by the manufacturer with just a few elements such as visual look, reticle, coming from Mavin?
I haven’t looked through one yet but on 2.5 I bet it looks like a standard leupold duplex which if your shooting on 2.5 is certainly useable
15 on the top end is excessive but so is 16 on the atacr
I don’t put any stock in 6x differntial would 4x be better? Sure, we’ll I guess maybe. I’m also not an expert in this regard but if it were a 3-15. (5x) or 3-12 I doubt it would be anymore or less useable purely based on the mag ratio
The nx8 are totally useable in my experience and all the “drawbacks” are overblown- if they had a better FFP mil based reticle even more so. I noticed a sharp uptick in nx8 claims by non nx8 owners.
Regardless the only thing that matters and remains to be seen… will it retain zero from aggressive field use in the backcountry.
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Yes and no, 15 is too much for me in all but long range ground squirrels
15 obviously has a place as does 20 et el
For my style of hunting 10 is plenty and gets me comfortable practice out to 1k.
I have a 4-20 atacr that’s never been shot in the field above 12x and that was only to count points, just did t adjust the mag back down.
3-18 tenmile s live on 6.5 power and haven’t killed anything over 10x
I compromised with sfp optics that needed max mag to subtend accurately, once I started shooting ffp low mag and wide fov have proved to be significantly more valuable
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Back up now: https://mavenbuilt.com/products/rs1-2-2-5-15x44-ffp?variant=42954112729259Hmmm rs1.2 isn't on their website anymore
Still shows the 22 and 44 on the MIL reticle. Anyone figure out that one or is it still an error?Back up now: https://mavenbuilt.com/products/rs1-2-2-5-15x44-ffp?variant=42954112729259
Virtual prize for anyone who spots any before and after differences in specs!
Weight is still showing as the same.
Again, not saying anything about the scope, just that I’ve shot and used the reticle in others and it’s good.
I think it's likely not that easy. Think about the innards of a scope and how a variable power works. Think about the tiny increments in trajectory we make with 1 click of a turret. Think about all the crap people want the scope to be: lightweight, small turret, illuminated, huge zoom range, good eye relief without tunneling, absolute zero retention..... Ability to withstand a 36" drop onto a hard surface and not lose zero at all?This thread is currently 6 pages of wishful thinking. I really hope that companies like Maven are paying attention. When you have a market where only about 3-4 companies are producing scopes that hold zero, you’d think it’s a potential growth opportunity for a business.
You’re right that a lot of people want things that aren’t realistic. I’m not one of those people. I’d just like to see more options available that reliably hold zero and I’m willing to deal with some of the trade offs. That’s why I’m primarily using SWFA scopes that are technology that is straight out of the 1990s.I think it's likely not that easy. Think about the innards of a scope and how a variable power works. Think about the tiny increments in trajectory we make with 1 click of a turret. Think about all the crap people want the scope to be: lightweight, small turret, illuminated, huge zoom range, good eye relief without tunneling, absolute zero retention..... Ability to withstand a 36" drop onto a hard surface and not lose zero at all?
Seems hard to me to be able to do that and sell the scope at a reasonable price
SWFA seems to be able to accomplish most that and regularly sell their scopes for as little as $200 when they go on sale. Your excuse would hold a lot more water if that wasn't the case.I think it's likely not that easy. Think about the innards of a scope and how a variable power works. Think about the tiny increments in trajectory we make with 1 click of a turret. Think about all the crap people want the scope to be: lightweight, small turret, illuminated, huge zoom range, good eye relief without tunneling, absolute zero retention..... Ability to withstand a 36" drop onto a hard surface and not lose zero at all?
Seems hard to me to be able to do that and sell the scope at a reasonable price
I was going to respond with the same. I'll go further and add that the Bushy LRHS/LRTS can be had BNIB right now through GAP for under 1k and NF SHV F1 can be had for near the same price. Multiples of each have been excellent for me over a lot of shooting and hard use.From what I've heard it sounds l
SWFA seems to be able to accomplish most that and regularly sell their scopes for as little as $200 when they go on sale. Your excuse would hold a lot more water if that wasn't the case.
One story is an anecdote, so FWIW. A scope company principal I spoke to just believes there are no problems that need to be fixed. He's aware of these tests and think they are not well designed, and are biased - as evidenced (as an example), by the comment even some scopes "used by the military" never pass. Their customers never complain about losing zero in their scopes, which are tested to 1000Gs, and the few that do always end up being due to user error. If you drop your rifle on a hunt, you should re-zero. Etc. etc.