Had a catering operator call me last month, genuinely frustrated. Said his briskets kept "sticking" around 155°F for three, sometimes four hours. Wanted to know if something was wrong with his SP-1000. I asked him how long he'd been cooking commercially. Two years, he said. And somehow nobody had ever explained the stall to him properly.
That's a problem. Because if you don't understand what's actually happening during that plateau — and I mean the physics of it, not just the folklore — you're going to keep fighting your cook instead of working with it.
What's Actually Happening Inside That Meat
The stall is evaporative cooling. Same principle as sweating. As the internal temperature of your brisket climbs, moisture gets pushed to the surface. That moisture evaporates, and evaporation absorbs heat. For a while — sometimes a long while — the cooling effect from evaporation matches the heat you're putting into the meat. Temperature flatlines.
This typically kicks in somewhere around 150–170°F, depending on humidity in your cook chamber, the size of your cut, how much intramuscular fat you're working with, and a dozen other variables. I've seen it start as low as 145°F on a particularly lean packer and as high as 175°F on a well-marbled prime cut in a humid environment.
The stall isn't a defect. It's not your equipment failing. It's thermodynamics doing exactly what thermodynamics does.
Here's what a lot of folks miss: the stall doesn't happen at one temperature and stay locked there. It can drift. You might see 157°F for an hour, then creep to 161°F, then actually drop back to 159°F. That freaks people out. But it's normal. The evaporative cooling rate isn't constant — it fluctuates with surface moisture, airflow, and how much rendering is happening internally.
Why Fighting the Stall Usually Makes Things Worse
The instinct is to crank heat. Get past this thing. I've watched guys bump their pit temp from 250°F to 300°F because they're running behind schedule and the internal temp hasn't moved in two hours.
Bad move. Usually.
When you spike pit temperature, you're accelerating moisture loss at the surface. That can dry out your bark before the interior is anywhere close to tender. You're also pushing the exterior fat to render faster than the collagen is breaking down, which gives you that unpleasant separation between the fat cap and the meat. Looks like a mistake. Tastes like one too.
The other panic move is opening the door every fifteen minutes to check probes. Every time you do that — especially on a rotisserie system where airflow matters — you're dumping humidity and resetting your cook chamber equilibrium. On something like an MLR-850 with twelve briskets rotating, that door-open cycle can add an hour to your total cook time across the batch.
The stall rewards patience. Or it rewards planning. Pick one.
Planning Around the Plateau
If you're cooking for a lunch service or a timed competition turn-in, you can't just "wait it out" and hope. You need to build the stall into your schedule.
For brisket, I assume a minimum of three hours in the stall zone. Sometimes it's two. Sometimes it's five. But three hours is my baseline for scheduling purposes. If I need brisket rested and ready to slice at 11:00 AM, I'm backing out from there: one hour rest minimum, three hours stall, roughly six hours to get to the stall, and an hour or so on the front end for the meat to come up to temp gradually. That puts me loading somewhere around 11:00 PM the night before.
Is that exact? No. But it's close enough that I'm not scrambling at 9:00 AM wondering why my meat's been sitting at 162°F since sunrise.
The rotisserie design on the Southern Pride units actually helps here. Consistent rotation means even heat exposure, which means your stall duration is more predictable across multiple cuts. I've run side-by-side tests — same source briskets, one in a Southern Pride SP-1500, one in a competitor's static-rack cabinet smoker. The SP-1500 briskets broke the stall within about twenty minutes of each other. The static-rack unit had a ninety-minute spread. When you're running volume, that spread kills your timing.
The Wrap Question
Texas crutch. Butcher paper. Foil. Whatever you want to call it.
Wrapping works because it stops evaporation. You're trapping moisture against the surface, eliminating the cooling effect, and the internal temp starts climbing again. It's not cheating. It's just changing the cooking environment mid-cook.
But there are trade-offs.
Foil gives you the fastest push through the stall. It also softens your bark significantly and can give you a steamed texture on the exterior if you're not careful. I use foil when I'm behind schedule and need the speed. I don't love the results, but it gets the job done.
Butcher paper is the middle ground. Breathes enough to keep some bark integrity, traps enough moisture to accelerate the cook. Most competition guys I know have landed here. I wrap in pink butcher paper around 165–170°F internal, depending on how the bark looks. If it's setting up well and has good color, I wrap earlier. If it's still tacky and pale, I let it ride a bit longer.
Unwrapped all the way is the purist approach. You'll get the best bark, the most smoke penetration in the final product, and the longest cook time. I still do this occasionally for competitions where I've got time built in and I want that deep mahogany crust. But for a commercial operation running volume? Wrapping is the practical choice.
Humidity and Airflow: The Variables Most People Ignore
Your cook chamber environment changes how the stall behaves.
High humidity in the chamber slows evaporation. That means a shorter stall, all else being equal. This is why some guys run water pans — they're not just adding moisture to the meat, they're reducing the evaporative cooling effect. I've never been a big water pan guy myself, but I understand the logic.
Airflow accelerates evaporation. If you've got a smoker with aggressive convection or a lot of air movement, your stall can last longer because you're whisking that surface moisture away faster. The Southern Pride units move air, but they do it in a way that doesn't create hot spots or over-dry the surface. The SC-300 cabinet models in particular have a gentler airflow pattern — good for pork butts where you want rendering without excessive bark formation.
Wood moisture matters too. Wet wood produces more steam, which raises chamber humidity, which affects the stall. This is one reason I'm particular about storing my splits properly. (I could talk about wood storage for another hour, but that's a different article.)
When the Stall Doesn't Behave
Sometimes you get a brisket that barely stalls at all. Blows right through 160°F and keeps climbing. Usually that's a leaner cut with less moisture to evaporate. Or your chamber humidity is unusually high. Don't celebrate too hard — a short stall often means less time for collagen breakdown, which can give you a tougher finished product. You might need to extend your hold time to compensate.
Other times you get a stall that seems endless. Five, six hours at the same temperature. This happens more with large, heavily marbled cuts in dry environments. You're not doing anything wrong. The physics just takes longer.
The worst thing you can do is keep changing your approach mid-cook. Bump the temp, then drop it, then wrap, then unwrap because you're worried about bark, then bump the temp again. I watched a guy at a regional event in Beaumont do exactly this a few years back. His brisket looked like it had been through a war. Pick a strategy and commit.
Practical Takeaway
The stall is predictable once you stop treating it like an emergency. Build it into your timeline. Decide your wrap strategy before you start cooking, not when you're panicking at 4:00 AM. Use equipment that gives you consistent temps and airflow — this isn't a sales pitch, it's just true that temperature swings and hot spots make the stall harder to manage.
If you're running commercial volume and timing matters, call us at Southern Pride of Texas. We can talk through which unit makes sense for your operation and how to dial in your process. I've been doing this long enough that I've probably seen whatever problem you're running into.
The stall isn't your enemy. It's just physics. Work with it.
Resources: Southern Pride of Texas | Southern Pride | National Barbecue & Grilling Association
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Photo by Geancarlo Peruzzolo on Pexels.
About the Author: Earl has been competing in sanctioned BBQ events since the early 1990s and operates a commercial catering operation in Southeast Texas.