Pizza peel guide: wood vs metal vs perforated
The launching guide on this site covers dusts, build time, and the shake test — the technique half of getting a pizza into the oven. This guide is the tool half. A peel has three jobs: carry a dressed, raw pizza into the oven (launching), rotate it partway through the bake (turning), and lift the finished pizza out (retrieving). The three blade materials divide those jobs unevenly, which is why the "which peel?" question produces contradictory advice: one respected source calls a perforated peel the best single choice, while technique guides conclude that buying one of each is the real answer. Both are describing the same trade-offs from different ends. Here they are, side by side.
The comparison table
| Wood | Solid metal | Perforated metal | |
|---|---|---|---|
| Blade thickness | Thick — about 1/2 inch and up, with a blunt taper | Very thin, sharp bevelled edge | Very thin, slightly bevelled edge |
| Launching raw dough | Best of the three — dough releases most readily | Hardest — dough sticks most to smooth metal | Good — holes cut the contact surface, so less sticking and less dusting flour needed |
| Retrieving a baked pizza | Poor — the thick blade cannot slide under a crisp base easily | Best — the thin edge slips under cleanly | Good — thin like solid metal |
| Excess flour | Stays on the blade and goes into the oven | Stays on the blade and goes into the oven | Falls through the holes before launch — the design's main purpose |
| Weight | Heaviest | Light | Lightest of the three |
| Care | Hand-wash only, oil occasionally; prone to warping and cracking; never the dishwasher | Wipe down; the most durable and forgiving | Easy to clean; can scratch |
Wood: the launching specialist
Raw dough sticks least to wood for two documented reasons: the slightly rougher surface lets air pass under the dough, and the porous surface absorbs a little of the dough's moisture instead of letting it pool. That makes a wooden peel the forgiving choice for the hardest moment of the bake — the launch, where a stuck pizza folds, spills, and ruins the evening. The price of that forgiveness is thickness. Wood cannot be made thin without becoming fragile, so a wooden blade is a blunt wedge: fine for sliding out from under a raw pizza, poor at sliding under a baked one. Wood is also the highest-maintenance blade — hand-washing only, because dishwasher water and heat split it, and occasional oiling to keep it from drying, warping, or cracking.
Solid metal: the retrieving specialist
A metal blade is the opposite profile. It is thin — the thinner the blade, the easier it slides under a pizza — durable, light, and trivial to clean, which makes it the best tool for turning a pizza mid-bake and lifting it out at the end. Its weakness is the mirror of wood's strength: smooth metal gives raw dough the most surface to grip, so launching from metal is the least forgiving combination, especially with a wet, high-hydration dough that has sat for a minute. Metal's role in most two-peel kitchens is everything that happens after the launch.
Perforated metal: the one-peel compromise, with conditions
A perforated peel is a metal blade punched with small holes, and the holes do three documented things. They shed excess dusting flour before it reaches the oven — worth caring about because fine wheat flour burns at relatively low temperatures, and burnt flour means smoke, bitter flavour, and residue that keeps smoking off a stone on the next bake. They reduce the contact surface between blade and dough, so there is less friction, less sticking, and less flour needed in the first place. And they let hot air escape when a baked pizza is lifted out, so less steam is trapped and turned into condensation that softens the base. The conditions: the holes must be small — oversized holes let dough sink in and grip, which is worse than a solid blade — and dressed dough must not sit on the peel, because it settles into the perforations and moulds itself to them. Professional perforated peels from makers such as Gi. Metal run about US$100–170 (checked October 22, 2026) — a professional price for a tool whose home-oven job is identical to a basic perforated blade's.
The fourth tool: the turning peel
Beginners often buy a second full-size peel to solve a problem that is actually a different tool's job. A turning peel is a small, round metal peel — a short blade on a long handle — made for one motion: sliding under the edge of a baking pizza and rotating it for an even bake. It is not a launching tool and not a retrieving tool. In a home oven, where the site's techniques guide suggests rotating with tongs, a turning peel is optional; in any setup where the pizza is hard to reach, it is the cheapest upgrade to even browning.
Sizing for a home oven
Dedicated pizza ovens swallow large peels; home ovens do not. The blade must be narrower than the baking surface it lands on — a 14-inch peel cannot place a pizza cleanly on a 13-inch steel — and short enough, handle included, to angle through the oven door and manoeuvre without hitting the back wall. For most home ovens and 12-inch pizzas, a 12-inch blade is the working size; buy for the steel or stone already in the oven, not for the largest pizza imaginable.
One peel or two: the decision framework
Bake occasionally, one pizza at a time, standard dough: start with a wooden peel. It makes the launch — the moment beginners actually fail — the most forgiving, and a baked pizza can be retrieved with the wood blade's edge and some patience, or with a large spatula. This matches the technique guides' advice: if only one peel, wood first. Bake weekly or several pizzas in a session: add a solid metal peel and split the jobs the way the two-peel sources describe — wood launches, metal turns and retrieves. The second peel removes the launch-versus-retrieval compromise entirely, and a small metal turning peel can cover the metal role on a budget. Want exactly one peel that does everything: a perforated metal peel is the documented compromise — thin like metal, releasing more like wood, and shedding flour as a bonus — provided the bake moves briskly: build the pizza on the counter, transfer it to the peel, and launch without letting it sit. High-hydration doughs most of the time: lean wood for launching regardless of the rest; wet dough is where metal's sticking penalty is largest.
Care: the five-minute version
Wood: scrape, wipe with a damp cloth, dry standing up, oil when it looks dry; never soak it and never put it in the dishwasher. Metal, solid or perforated: wash or wipe, dry, store flat or hanging; check a perforated blade's holes for baked-on flour, which a brush clears in seconds. None of this is weekly work — it is the difference between a peel that lasts a decade and one that warps or splits in two years.
FAQ
Is a wooden or metal pizza peel better? For different halves of the bake: wood launches raw dough more reliably, metal retrieves and turns better. The framework above picks based on how often and how many pizzas get baked.
Why does dough stick to a metal peel? Smooth metal maximizes contact with a moist dough surface, and contact is friction. Dusting flour, a brisk build, and not letting the pizza sit are the countermeasures; a perforated blade reduces the contact itself.
Can a baking sheet replace a peel? A rimless sheet can launch a pizza in a pinch — the site's launching guide covers sheet-and-parchment workarounds — but its thickness and flex make retrieval clumsy. It is a starting point, not a substitute.