Thought you peeps would love to see the anticipated video up close and personal of the new SLR Coyote. Found it on YouTube! Link here https://www.youtube.com/watch?v=XctdLeqIfRQ
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I wonder how easy it would be to re barrel the rifle. Not sure why anyone would want a 1:7 twist?
Why wouldn't you want a 1:7 twist? Lets you run pretty much any weight of bullet. 1:7 works great in my Colt 6920...
Interested to see some reliability testing and as well as 10
Shot groups.
Me too, they claim 1.5-2moa but that’s untested. Hopefully it shoots tighter, especially for a coyote gun I’d want a consistent 1moa
How hard would it have been to put in a push button detent ball instead of the takedown screw , takedown shouldn't require tools
What ammunition and engagement distance do you plan to use it with?
How hard would it have been to put in a push button detent ball instead of the takedown screw , takedown shouldn't require tools
I wonder how easy it would be to re barrel the rifle. Not sure why anyone would want a 1:7 twist?
I won’t make that call without testing it. I’m asking these questions because a friend might buy one and doesn’t and won’t use this site.
Personally I wouldn’t shoot anything with the intention to kill unless the rifle is a consistent 1moa at 100 yards. My modern sporter has some coyotes under her belt using 55gr vmax. I wouldn’t attempt anything past 250 yards with that load. My MS has a stainless ibi barrel, 1:8 twist, mid length gas. Using quality ammo the rifle is more accurate than I am, using bulk factory ammo I can still get her 1.5 moa and under.
I second that. Plus even steel does strip out over time, if you have to tighten and undo it for every time you clean it.
This takedown screw really bothers me. There is no other components going across the slide between upper and lower, that means all the force that BCG imparts onto buffer/lower is going right up against that one tiny screw. Unless I am missing something else here, this is going to be a major point of failure.
Why would all the force of a BCG going forwards and backwards be imparted on the screw? At the front the screw is going into a chunk of metal so all the imparted forward energy would go through that as a whole not the screw by itself.
Rearward the whole of the upper's rear is in contact with the lower so no different than any other rifle.



























