Why does a pizza oven bake differently than a kamado? And how does PiRO create the same pizza oven effect?

Many barbecue and pizza lovers wonder why a pizza from a real pizza oven often tastes and bakes differently than a pizza from a kamado. Although both can reach high temperatures, the biggest difference lies not only in the temperature — but especially in the way heat and air move through the oven.

With the PiRO, you create an airflow and heat flow in a kamado that comes much closer to that of a traditional pizza oven. As a result, you bake pizzas faster, more evenly, and with a better balance between crust and toppings.

Why does a traditional pizza oven bake differently?

A traditional wood-fired pizza oven works based on powerful convection. The heat source is usually located next to or behind the pizza. The hot air rises, moves along the vaulted ceiling of the oven, and then flows towards the vent or chimney.

This creates:

• Intense top heat;
• Continuous air circulation;
• Fast cooking of toppings;
• A light, crispy pizza crust;
• Less chance of a burnt pizza base.

This combination ensures that a pizza can bake perfectly in a very short time.

How does airflow work in a kamado?

In a standard kamado setup, the heat source is located beneath the pizza. The warm air rises primarily vertically along the sides of the ceramic shell and then exits the kamado through the top vent. A kamado has excellent heat retention thanks to the ceramic material, but without specific air guidance, the following often occurs:

• A lot of direct bottom heat;
• Less heat on top of the pizza;
• Slower cooking of cheese and toppings;
• A higher risk of a crust becoming too dark.

Therefore, it can be difficult to achieve the same balance as in a traditional pizza oven.

How does PiRO create the effect of a real pizza oven?

The PiRO was specially developed to create an airflow inside a kamado that closely resembles that of a traditional pizza oven.

Thanks to the smart design and air guidance, a controlled circulation of hot air is created:

1. The heat rises from the charcoal;
2. The warm air moves along the inside of the kamado;
3. The heat flows over the top of the pizza;
4. Subsequently, the air exits the kamado through the top vent.

This creates a much better balance between top and bottom heat.

 The benefits of baking with PiRO

With PiRO, you benefit from:

• Faster melting cheese;
• Better cooked toppings;
• A more airy cornicione;
• Shorter baking times;
• Less chance of a burnt crust;
• A pizza that comes closer to a traditional stone oven pizza.

You combine the best of two worlds: the stable heat of a ceramic kamado and the air circulation of a real pizza oven.

Why airflow is more important than just temperature

Many people focus exclusively on high temperatures when baking pizza. But professional pizza ovens owe their performance precisely to the combination of:

• Radiant heat;
• Convection heat;
• And controlled airflow.

It is precisely this airflow that ensures the top of the pizza cooks just as fast as the bottom.

With PiRO, you replicate that effect inside your kamado.

Bake pizza yourself just like in a real pizza oven?

Do you want to experience how a kamado can behave like a traditional pizza oven? Then discover how PiRO optimizes airflow and heat circulation for better pizza results.