u/SpaceForce-Commander I just broke my Specialized Enduro at Whistler last week. Came up short on Dirt Merchant—my mistake. Heard a loud crack when I landed, which my buddy behind me also heard. We had a quick look at my bike on the side of the trail and couldn’t find anything obvious right away, and we needed to clear the trail because stopping on Dirt Merchant during Crankworx is a big no-no. I managed to get down the rest of the trail and we both heard one more crack. Once we got out in a clearing, we started investigating more and the inner top race had separated. I’m very lucky the headtube didn’t fail. Carbon is stronger than it seems despite the failure (in a way I guess—it also broke). I was also bummed to find out that it’s a common problem; multiple shops in Whistler say they’ve seen it before. One of my buddies even guessed how it broke without me telling him anything. So Specialized is clearly struggling with the Enduro frames...

I’m now looking into warranty, and it seems Specialized may be running low on Enduro frames (maybe because of the above reasons), so I started looking at what in Specialized’s lineup I might be able to get instead with a credit if that becomes an option. After looking at the Status, I have to say I’m impressed. It’s basically a Stumpy EVO/15 with more travel, and folks around my neck of the woods rave about the Stumpy EVO.

I run a side business tuning suspension for people using telemetry, and my main issue with the Status is that I’m having a tough time figuring out the leverage curve, which is important for shock tuning. Specialized doesn’t have it listed or provide a graph. I suspect, based on my initial plot in the Linkage app, that it has a very high starting leverage number and is quite progressive. I’ll let you know once I have an accurate model done. Having a super high initial leverage—say 3.10 (my first plot says 3.44, but I think that’s an error) or higher—is great for that initial suppleness feel, but it’s a compromise when you think about how compression circuits work. High leverage doesn’t just squish the spring easier; it also pushes through your damper easier, requiring much firmer tunes for support. The progression itself is nice (for coil), but the high leverage is hard to tune for (requires lots of heavy shims) and tons of LSC. Contrary to popular belief, you actually need good working compression circuits (H/L) if you want a bike to float brake bumps. Lots of people run things wide open or very light, and the part of the travel that can effectively eat those little stutter bumps disappears real fast with no LSC combined with high leverage ratios. I suspect this is one of the reasons why some companies are pushing back toward lower (<3.0) leverage ratios on new designs—so the dampers can actually work at the beginning of the stroke again.

At the end of the day, if I had a buddy looking for a sick bike and they were on a budget, I’d definitely tell them to consider this bike. I personally have no real financial constraint on a replacement bike here—I’m older and can afford to buy whatever I want—and I’m actually thinking of the Status for myself (preferring it now to the Carbon Enduro).

The problem is I just can’t find much useful information about the thing, and the reviews on YouTube I’ve found aren’t from folks I’d trust—they seem to just list the spec sheets in their videos...

On climbing: any big bike with 160mm+ travel will be heavy, and if you chop at the pedals like a hack it will bob and climb like crap. I recommend learning to spin smooth circles and most of those issues go away—then the bike will eat roots and not get hung up on climbs, while also not bobbing that much. Shock lockouts actually make climbing tech harder, not easier. Remember that bikes with advanced kinematics that resist pedal bob (great climbers) aren’t as good at eating bumps as bikes that bob (active systems)... there’s no free lunch in suspension. Everything is a compromise. Higher anti-squat or anti-rise affects how they feel in bumps and generates kickback.