26d • Beef
The "False Positive"
1. The Bone-Buffer Effect
Bone is a thermal conductor, but it heats up differently than meat. If your probe is touching the bone, or even within 1cm of it, you are getting a "False High" reading. The metal tip is sensing the radiant heat of the bone, not the internal rendering of the collagen.
The Fix: Always probe the "Deepest Muscle" exactly halfway between the bone and the surface fat.
2. Cold Spots & Air Pockets
Beef ribs are anatomical, not symmetrical. There are pockets of heavy fat (the deckle) and lean muscle. Fat renders at a different rate than protein. If your probe hits a pocket of rendering tallow, the temperature will spike. If it hits a lean patch, it will lag.
- The Masterclass Rule: Never rely on one "Read." Probe at least three different spots on the rack. If the middle is 96°C but the end is 91°C, you aren't finished.
3. The "Carryover" Calculation
Heat doesn't stop moving the moment you pull the meat from the Kameeldoring coals. This is Kinetic Energy. A massive 3kg rack of ribs will "carry over" another 2°C to 4°C while resting in your cooler box.
- The Secret: If you want a final temp of 96°C, pull the meat at 93°C. Let the physics finish the job for you while the meat rests.
Masterclass Pro-Tip:
Check your "Probe Resistance" more than your screen. When you slide that needle in, it shouldn't just hit a number; it should feel like it's sliding into a jar of smooth Peanut Butter. If you feel a "pop" or a "tug," that’s unrendered connective tissue. Close the lid.
A thermometer is a guide; your hands are the judge.
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The "False Positive"
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Award-winning pitmaster teaching BBQ, craft beer & whiskey-making. Join He-Billy Hicks' community of makers. Level up your craft. As seen on tv
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