How many pizzas per hour can an oven turn out in a pizzeria? In theory, 3,600 seconds divided by the baking time, times the number of pizzas per batch. In service, the pace you actually hold is almost always lower: the reliable figure is measured in your own kitchen, in fifteen-minute intervals, over three busy services.
It is a question every pizza maker asks one day. And it is a question nobody really gives a clear answer to.
Oven manufacturers announce figures that make you dream – ‘up to 50 pizzas per hour’. Your fellow pizza makers rarely talk about it. And if someone asked you for your real baking pace on a busy Friday night, you would probably give a figure that could be 30% out.
Yet this figure is the basis of almost everything: knowing whether you can accept one more order, what waiting time to announce honestly to a customer, when to close online ordering at the Friday-night peak. Not knowing it means flying without instruments.
This article covers what you need to know to estimate your oven’s real baking pace: the variables that matter, realistic orders of magnitude by type of oven, why the manufacturer’s theoretical figure has almost nothing to do with your real pace, and how to measure yours in three services.
The variables that matter
Four variables explain most of the gap between a pizzeria at 20 pizzas an hour and another at 50.
The type of oven. The most visible variable, and the most misread. A traditional wood-fired oven bakes in 60 to 90 seconds; a multi-deck electric oven in 3 min 30 s to 4 min 30 s. They do not work the same way at all – neither in pace nor in usable surface.
The size of the pizzas. A 28 cm and a 33 cm pizza do not fit in the same numbers per batch. In a wood-fired oven that bakes four 28 cm pizzas at a time, moving to 33 cm often brings you down to three. That is 25% less pace, from this one parameter alone.
The maturation of the dough. A long-matured dough (48 to 72 h) bakes better, faster and more evenly. A young dough (4 to 6 h) resists, needs more watching and produces more baking errors. Maturation does not only change the taste – it changes the pace.
How batches are organised. Load the oven full at every cycle, or as orders come in, pizza by pizza? Both options have their logic, but they do not give the same output. Pizza by pizza, you lose time every time you open the oven. Full load, you gain output but lose flexibility.
Orders of magnitude (cautious ranges)
A warning first: the figures below are ranges of common observation, not performance commitments or records. Your pace depends on your particular oven, your team, your pizzas and your organisation. The record is not the goal – regularity is.
Traditional wood-fired oven. In a steady service with an experienced pizza maker, sustained paces of 25 to 45 pizzas per hour are commonly observed. Very well-drilled pizzerias push to 50 or more, but that assumes a coordinated team and a pizza maker who does nothing else. For an independent who covers several roles, aiming for 25 to 35 is more realistic.
Multi-deck electric oven. The pace depends directly on the number of decks and the usable surface. A two-deck oven in a steady service: 20 to 30 pizzas per hour. A well-organised four-deck oven: 40 to 60. With the advantage of more even baking than a wood-fired oven, and less stress over watching it.
Gas oven. Very variable depending on the design. A gas dome oven can approach the pace of a wood-fired oven (30 to 50 pizzas per hour). A gas deck oven holds paces close to a multi-deck electric oven.
Conveyor oven. A mechanical, regular pace by design: 50 to 100 pizzas per hour depending on the size of the conveyor and the belt speed set. It is the most predictable pace – but the baking is also the most standardised, which does not suit every pizza.
To remember: an oven announced by its manufacturer as ‘up to 50 pizzas/hour’ may turn out only 25 to 30 in real service. The gap is not necessarily a lie by the manufacturer: their figure assumes ideal conditions (calibrated pizzas, a trained team, no interruptions, no customised orders). You work in real conditions.
Why theory and reality always diverge
Five factors explain why your real pace is almost always lower than the theoretical pace.
Dead time between batches. Taking out the baked pizzas, loading the next ones, adjusting their position – each cycle loses 10 to 30 seconds in handling. Over an hour of service, these accumulated seconds add up to 5 to 10 minutes of empty oven. Those are pizzas you do not make.
Baking errors. A crust that blackens, a dough that tears, a topping that slides. Each error costs time and breaks the rhythm.
The team under pressure. A well-drilled team works at a steady rhythm. With a new team member, or a tired one, the pace can drop by a third. It is the human variable, and it is often the most decisive.
The type of pizza. A classic Margherita is topped in 20 seconds. A generous quattro stagioni takes 40 to 50. If your menu leans towards richly topped pizzas, your average pace drops mechanically. It is not a production fault – it is a consequence of what you choose to sell.
Unexpected interruptions. A card terminal that crashes, a printer roll that tears, the phone ringing while you load the oven. None is dramatic on its own. Added together, they eat into part of your pace on busy evenings – measure it: it is the gap between your sustained pace and what you really turn out.
Conclusion: the theoretical pace is a ceiling. Your real pace is that ceiling minus all these losses. And it is the real pace you must steer by, never the theoretical one.
Measuring your real pace in 3 services
Good news: no software is needed to take this measurement. A notebook, a stopwatch (or the one on your phone) and three busy services are enough.
Services 1 and 2: count in 15-minute intervals. For two consecutive Friday nights, ask a team member – or do it yourself – to note how many pizzas come out of the oven every fifteen minutes. Also note the time the peak starts and ends. No need for absolute precision: to within one or two pizzas is enough.
Service 3: watch where it jams. Stop counting. Watch. At what precise moment does the queue of orders start to grow? When does the oven empty abnormally? When does the team lose the thread? Identifying these moments is as valuable as knowing the pace itself.
Summary. With the six to eight 15-minute intervals of each peak evening, you will have a true snapshot. Work out three things: your sustained pace (the high average you hold over 30 minutes), your absolute peak (your best 15-minute interval, which you do not hold any longer), and your breaking point (the pace beyond which the queue of orders grows).
What you get is not a single figure but a profile. And it is this profile – not the manufacturer’s theoretical pace – that should be the basis of your order-taking.
What this figure is for
Once you know your pace, there are three immediate uses.
Capping online orders. You now know that you hold 30 pizzas per hour, sustained. Over a two-hour peak, that is 60 pizzas. Beyond that, close online ordering, or lengthen the waiting time you announce. You no longer accept what you cannot deliver.
Announcing honest waiting times. At 20:30 on a Friday, you know whether you are at 80% of your sustained pace or at 110%. The waiting time you announce to a customer who calls can be real, not invented to reassure them. A customer who is told 35 minutes and waits 35 is happier than a customer who was promised 20 minutes and waits 40.
Communicating within the team. ‘We’re at 28 pizzas an hour tonight, no more’ is a sentence that gives a team structure. Everyone knows what they are aiming for and where the margins are. It is a real common target, not a general mood.
Frequently asked questions
How do I calculate my oven’s theoretical pace?
Divide 3,600 seconds by the baking time in seconds, then multiply by the number of pizzas per batch. For example, an oven that bakes 4 pizzas in 4 minutes, that is 240 seconds, gives 15 batches and 60 pizzas per hour in theory. This figure is a ceiling: dead time between batches, errors and interruptions always bring it down.
Why is my real pace lower than the manufacturer’s?
The manufacturer’s figure assumes ideal conditions: calibrated pizzas, a trained team, no interruptions, no customised orders. In service, you lose time between batches, you remake pizzas that went wrong, the team tires, the most generously topped pizzas need more preparation, and the phone rings while you load the oven. Steer by the real pace, never by the theoretical one.
How do I measure my real pace?
All it takes is a notebook, a stopwatch and three busy services. For two Friday nights, note how many pizzas come out of the oven every fifteen minutes. On the third, stop counting: watch the moment when the queue of orders grows. Then note your sustained pace, your absolute peak and your breaking point.
What do I use my pace for once I have measured it?
It lets you cap online orders at the level you can hold, announce honest waiting times to the customer who calls, and give the team a common target. If you hold 30 pizzas per hour at a sustained pace, a two-hour peak makes 60 pizzas: beyond that, close online ordering or lengthen the waiting time you announce.
Pizza Planner Pro works from the pace you measured
Most of the above – counting in intervals, watching the pace, capping at the threshold – can be done by hand. It is even what I recommend you do, at least for the first three services, to have a starting point that is your own.
But keeping it up service after service, month after month, by hand, is a full-time job that ends up being abandoned.
In Pizza Planner Pro, you enter the pace you measured – not the manufacturer’s theoretical value – and the software uses it to regulate incoming orders. If your pace changes, you correct the figure: you are the one who keeps it right.
The Basic plan is a flat-rate monthly subscription with no commitment: the price is shown on our plans.
Try Pizza Planner Pro free of charge for 15 days: your bank card is saved with our payment provider and is not charged during the trial. The monthly subscription then starts automatically; you can cancel it at any time, at no cost.