Description
The Tegra Arms AR-15 carbon fiber composite lower is the strongest ever made. It is manufactured with the highest and most advanced carbon fiber construction on the market. This will be the perfect lower for your AR-15 build to make it extremely light and incredibly durable. We have a lifetime warranty on our lowers to back that up.
Unmatched strength and durability
The most technologically ground breaking lower on the market
Extremely durable with carbon fiber construction
Accepts all MIL SPEC and standard AR-15 parts and upper receivers
Made in the USA.
Lifetime warranty on all our lowers, no questions asked
Less than half the weight of an aluminum lower
Weighs only 3.65 ounces
Comments (7)
I have this lower on my AR. I took a chance for my build back in April when it was 50% off and I've put a few hundred rounds through it without any problems. I would say there is a bit more friction than aluminum for pushing the take-down and pivot pins through but besides that I'm satisfied with it.
This is NOT carbon. I work with Carbon and adding some fibers doesnt make it so. Nice try though.
It's graphite. I really hate how everyone calls their graphite shit "carbon fiber" because graphite happens to be carbon and fibrous, but it's a Fiero to carbon fiber's Ferrari. Bushmaster did this with the Carbon-15 but they actually made the uppers out of it so they all crack at the barrel trunnion, this junk is no different.
lower is a specialty blended carbon fiber composite material mixed with polymer nylon
Could you provide any stress testing or destruction/fatigue test data. Generally always, carbon fiber matrix requires testing, especially if you're calling it the lightest and strongest carbon fiber to date.
Can you prove these claims?
Here is a review done by IReviewGear https://www.youtube.com/watch?v=6GMEEpI9wGo...
When you can get Anderson stripped lowers for 39.99 just about everywhere, I really don't see the point of paying more for an unproven lower based on a review that really answers nothing about strength or durability.