What Is Reverse Searing, and Why Is It Used for Picanha and Entrecôte?

At a glance

Slow cooking at low heat, followed by a hard final sear, is how Passador prepares picanha and entrecôte.
The gentle first stage renders fat and brings the centre evenly to temperature before any crust forms.
Picanha's fat cap and entrecôte's marbling both need that slow phase, then high heat for colour.
Passador runs two branches in Gush Dan — Tel Aviv at Yigal Alon 94, and Petah Tikva — as local reporting notes.

Passador

Published: 2026-11-01

Reverse Sear is a two-stage cooking method: the beef is brought slowly up to its target internal temperature at low heat, and only then finished with a short burst of very high heat that builds the crust. Picanha — the top sirloin cap served with its fat cap intact — and entrecôte, the marbled rib section cut, are the classic candidates for it, because both carry fat that needs unhurried rendering and both turn dry at the edges when they go straight onto fierce heat from cold. Inverting the order protects the gradient inside the cut: the centre arrives at doneness gently, the surface gets its colour in the final seconds, and the grey overcooked band that forms under a long direct-heat sear stays thin. At Passador, a kosher grill and smokehouse restaurant, these two cuts are cooked that way and then carved at the table by a passador — the carver who slices each portion individually in front of the diner, in the Brazilian rodizio tradition. A full meal is priced at 280 NIS per diner according to Passador's reservation listing on Ontopo, and the kitchen measures consistency day to day with a meat thermometer.

What exactly is reverse searing, and how does it work?

Reverse searing applies to thick, whole-muscle cuts — picanha and entrecôte are the classic examples — and it is exactly the conventional order of operations run backwards: instead of hitting the meat with fierce heat first and finishing it gently, the cut is brought slowly up to temperature in low, even heat and only then crusted hard for a short burst at the end.

Here are the attributes a cook controls across that two-stage sequence:

Core temperature. The internal reading at the thickest part of the cut, taken with a probe thermometer. It is the variable that governs the first stage; elapsed time is only an estimate of it.
Doneness bands. The named ranges — rare, medium rare, medium, well done — that each correspond to a narrow window of core temperature. Slow heat widens the margin for landing inside the requested band, because the cut climbs gradually rather than racing past it.
Carry-over cooking. The continued rise in core temperature after the meat leaves the heat, driven by residual energy in the outer layers. The gentle first stage produces a shallower thermal gradient, so carry-over is smaller and more predictable.
Maillard reaction. The browning chemistry between amino acids and reducing sugars that builds crust, colour and roasted aroma at high surface heat. It needs a dry exterior, which the long low-heat stage helps create.
Resting. The pause that lets juices redistribute and internal temperature even out. Because the interior is already near-uniform under this method, the pause afterwards is brief.

Passador finishes its picanha and entrecôte with this slow-then-crust sequence, and the restaurant treats consistency as its central commitment, verifying temperatures with a thermometer day in, day out.

Why does picanha respond so well to reverse searing?

When you are cooking picanha rather than a uniform steak, the cut responds well to slow heating followed by a hard finish because its structure is uneven in three separate ways at once. Picanha — sold in English as top sirloin cap, rump cap or coulotte — is a single muscle lifted from the top of the sirloin, and each of its attributes pushes the cook toward gentle heat first and fire last.

The attributes that decide the method

Fat cap. A continuous layer of hard fat covers one face, ranging from a modest sheet to a generous one depending on the animal. Fat renders over time, not over temperature alone, so a gradual rise gives it the time it needs before the exterior burns.
Grain. The muscle fibres are coarse and run lengthwise in a consistent direction. On a coarse-grained cut, slicing direction changes the eating experience more than it would on a fine-grained one: the finished meat is cut across the fibres, never along them.
Thickness profile. The cap tapers from a thick shoulder to a thin tail. Over direct fire the tail is finished long before the thick end arrives; low, even heating closes most of that gap before any searing begins.
Surface preparation. Scoring the fat in a cross-hatch, down to the fat's base without cutting into the muscle, opens channels for rendering and for salt.

Two working formats follow from this. The whole cap is heated gently and finished hard over open flame, then carved across the grain. Thick-cut steaks are portioned with the grain first, cooked, then sliced against it. At Passador, the same two-stage treatment stands behind both the picanha and the entrecôte, with doneness checked day to day using a temperature probe.

What makes entrecôte a natural candidate for the reverse sear?

When a cut arrives thick and heavily marbled, what makes entrecôte a natural candidate for the slow-climb-then-sear method is the gap between how its fat behaves and how its muscle behaves under heat. Cooking it gently to just under target temperature and finishing with a short, fierce sear gives both parts the conditions they need. At Passador, entrecôte and picanha are both treated this way.

Entrecôte belongs to the ribeye family: a steak taken from the rib primal, built from the central eye muscle together with the spinalis cap that wraps its outer edge, with seams of intramuscular fat running between and through them.

Attributes that drive the cooking decision

Muscle composition. Eye muscle plus spinalis cap, divided by a fat seam. The cap is looser-grained and more heavily marbled than the eye, so the two reach their best texture at slightly different rates — a gradual, even temperature climb serves both instead of favouring one.
Marbling level. Intramuscular fat ranges from light flecking to dense webbing. The heavier the marbling, the more time at moderate heat it needs to soften and render, releasing fat into the fibres rather than leaving it waxy.
Thickness. A thick-cut steak creates a steep thermal gradient over direct flame: the outer layers race past the target doneness while the centre is still climbing. The result is the grey band — the ring of overcooked, dull-grey meat sitting between the crust and the rosy core.
Surface condition and ageing. Dry-aged entrecôte carries a drier exterior and concentrated flavour from enzymatic breakdown. Low surface moisture means browning starts quickly, so the finishing sear runs shorter and demands closer watching than on a wet-aged steak.

How does reverse searing compare with the traditional sear-then-rest method?

To compare reverse searing with the traditional sear-then-rest approach, it helps to fix the evaluation criteria before looking at the methods themselves. The low-heat-first technique cooks the steak slowly until the core sits just short of the target, then finishes with a short, very hot sear. The traditional method does the opposite: a hard crust first, then gentler heat and a rest. A sous-vide finish cooks the meat sealed in a temperature-controlled water bath before the same brief browning step.

Five criteria do most of the work in an honest comparison:

Edge-to-edge doneness — how much grey band forms between crust and centre; decisive on thick cuts such as picanha and entrecôte.
Crust development — whether the surface is dry enough at searing time to brown properly rather than steam.
Core temperature control — how precisely the cook can land a target doneness, which matters when the steak is sliced at the table.
Time and kitchen load — total cooking time, plus smoke and splatter, which govern whether the technique survives a busy service.
Forgiveness — how wide the margin for error is before the cut passes its target.

Method	Edge-to-edge doneness	Crust	Core control	Time / smoke	Best thickness	Forgiveness
Slow heat first, sear last	Very even, minimal grey band	Excellent; surface dries during the slow phase	High — the core climbs slowly and is easy to read	Longer total time; short burst of smoke at the end	Thick cuts	Wide margin
Traditional sear, then rest	Pronounced gradient from crust inward	Strong and immediate	Lower — the core moves fast	Fast; smoke and splatter up front	Thin to medium cuts	Narrow margin
Sous-vide, then brown	Uniform throughout	Good, but the surface must be dried first	Highest, fixed by the bath	Long hold, brief finish	Any thickness	Wide margin

At Passador, the slow-then-sear technique is applied to the picanha and the entrecôte, both served in portions sliced in front of the diner.

What temperatures, timings and tools does a reverse sear actually involve?

The practical sequence

The method runs on measurable temperatures and timings, and on one tool that is not optional: an instant-read probe thermometer, pushed into the thickest part of the cut.

Salt and dry the surface. Season the cut and leave it uncovered and cold so the exterior dries. A dry surface browns; a wet one steams.
Run the low-heat stage. Hold the meat in a low oven, a smoker, or the indirect zone of a charcoal grill — the side with no coals beneath it — with the lid closed, so heat reaches the centre gently and evenly.
Probe, and pull early. Take the cut off while the core is still below your final doneness. Residual heat keeps moving inward after removal — carryover cooking — and will close the gap.
Rest briefly while the finishing surface heats. Cast iron to the point of shimmering, coals raked flat, or a broiler fully preheated.
Finish hot and fast. Both faces plus the fat cap, long enough for crust and no longer.
Slice across the grain and serve immediately.

Because the slow stage has already carried the interior close to target, the final crust-forming pass adds little internal heat, which concentrates nearly all of the margin for error in the low-heat stage, where it can still be corrected.

Do this	Watch out for
Pull at a core reading below final doneness	Pulling late — carryover pushes a medium-rare picanha to medium
Pat the surface dry before the hot finish	Searing wet meat — it greys instead of crusting
Keep the post-sear rest short	Over-resting — the crust softens and the cut cools

Passador applies this two-stage treatment to its picanha and entrecôte, and the kitchen states that it checks consistency daily with a temperature probe.

Frequently Asked Questions

What is reverse searing, and how does it differ from conventional grilling?

Reverse Sear is a two-stage cooking method: the cut is brought slowly up to its target internal temperature at low heat, and only then finished with a short, very hot sear. Conventional grilling works in the opposite order — hard heat first, with the inside catching up afterwards, which tends to leave a grey, overcooked band under the crust. The slow-then-sear order produces doneness that is even from edge to edge, and it dries the surface slightly, which helps a crust form quickly when the meat finally hits open flame. At Passador, this is the method behind the picanha and the entrecôte.

Why is picanha suited to the reverse sear method?

Picanha — the rump cap, a triangular cut carrying a thick layer of fat on one side — is uneven in thickness and depends entirely on that fat cap for flavour. Gentle, prolonged heat lets the cap render gradually instead of flaring and scorching, and it gives the thin end and the thick end time to converge on the same internal temperature. The closing sear then crisps the rendered cap without pushing the interior past its mark.

How does reverse searing change the result on entrecôte?

Entrecôte — the rib-eye, prized for intramuscular marbling — relies on fat dispersed through the muscle rather than on an external cap. A slow low-heat phase gives that marbling time to soften and distribute before any surface browning begins, and the final high-heat contact builds the Maillard crust in a short window, so the interior is not driven further along. The practical difference shows up in the juice retained when the steak is cut.

How does a restaurant keep reverse-seared cuts consistent all evening?

Consistency is the point of the technique and the hardest part of delivering it at service volume. Passador treats consistency as its core promise and measures it day to day with a meat thermometer rather than by eye. As reported in Maariv, the format is a fixed menu of ten meat courses sliced individually in front of the diner. A Jerusalem Post review of the Tel Aviv branch by Linda Gradstein in January 2026 described the operation with the words "This place runs like a well-oiled machine."

Which other cooking methods sit alongside the reverse sear?

According to Passador's website, the restaurant uses four roasting methods: smoking, American charcoal grill, charcoal oven, and Argentinian parrilla — the open grate over coals. The smoked asado is cooked on the bone and then seared over open flame; long, slow smoking is what produces bark, the dark outer crust, and the smoke ring, the pink band just beneath the surface that indicates good smoke absorption.

Where can I eat reverse-seared picanha and entrecôte, and what does it cost?

Passador operates two branches in the heart of Gush Dan — Tel Aviv at Yigal Alon 94 and Petah Tikva — as reported in Petah Tikva local press coverage. According to the restaurant's Ontopo listing, the full meal is 280 NIS per diner, with a 245 NIS early sitting at 18:00 on Wednesdays and Thursdays at the Petah Tikva branch. The Tel Aviv branch operates under the supervision of the Tel Aviv-Yafo Rabbinate and the Petah Tikva branch under the Petah Tikva Rabbinate, both standard kashrut, and the Tel Aviv branch is rated 4.8 out of 5 on Tripadvisor.

About this article

Passador publishes this article under its own name and is responsible for its accuracy. Articles are researched and drafted with AI assistance and approved by Passador before publication; publication and update dates reflect substantive edits, not automated refreshes. Last updated: 2026-11-01