There is something wonderfully comforting about the smell of freshly baked bread, homemade cake, or warm banitsa. But almost everyone who loves to bake has faced one of those frustrating moments when you seem to have done everything right, yet the result falls short. The cake is beautifully browned on top, but raw in the middle when you slice it. The bread has a hard crust, but a dense, doughy crumb. The banitsa turns golden on top, but stays soft and underbaked underneath.
The issue isn’t always the recipe. How you use your oven matters just as much as the ingredients and proportions. The temperature, rack position, airflow, and even the moment you open the oven door can completely change the final result.
The good news? You don’t need a professional oven to make fantastic baked goods at home. You simply need to understand how yours works.
This is probably the most common question in home baking. And for good reason – the two settings produce very different results.
In this mode, the oven heats using top and bottom elements without forced air circulation.
It is ideal for bakes that require gradual, relatively gentle heating. This includes sponge cakes, standard cakes, muffins, soft round breads (pogacha), sweet braided loaves (kozunak), cheesecakes, and many types of homemade bread.
The lack of a strong airflow reduces the risk of the surface drying out or forming a crust too early.
In fan mode, hot air circulates throughout the oven cavity. This speeds up heat transfer to the food and promotes more even baking.
This setting is especially suited for shortbreads, small biscuits, puff pastry, savoury nibbles, breadsticks, and other bakes where you want a crisp texture. The fan is also useful when baking multiple trays at once, provided your oven is designed for it.
However, there is one detail that is often overlooked. 180°C in a fan oven does not equal 180°C in a conventional oven in terms of how it affects your bake.
When switching from conventional heat to fan mode, it is usually wise to lower the set temperature by about 15–20°C.
For example, if a recipe calls for 180°C conventional heat, start at around 160–165°C on the fan setting.
This is a general guide, not an absolute rule. Some modern ovens feature automatic temperature compensation, and different fan modes can behave differently.
Chefnotes Tip: If a recipe doesn’t specify a setting, stick to conventional heat for a standard homemade cake. For biscuits and puff pastry, the fan is often the best choice.
One of the most common mistakes is turning up the temperature to speed up baking. But an oven doesn't work like a clock you can just fast-forward.
At high temperatures, the outer layer heats and sets faster than the heat can penetrate to the center. This leaves you with a nicely browned top over uncooked dough.
Conversely, if the temperature is too low, some bakes won't get the swift burst of heat they need to rise properly and set their structure.
Choosing between conventional heat and fan settings is just as important as setting the correct temperature. The two settings distribute heat differently, affecting volume, crust, moisture, and overall texture.
With conventional heat, warming comes directly from the elements without forced air movement. This offers gentler baking, ideal for light, tall, and high-fat doughs.
With a fan, hot air circulates around the bake. This accelerates heat transfer, encourages even browning, and helps create crisp textures. In most cases, you should reduce the temperature by about 15–20°C compared to non-fan baking.
220–240°C initially, then 190–210°C · Conventional heat
Homemade bread requires a strong initial burst of heat to achieve good rise and develop a great crust. Starting without the fan is recommended, as strong air movement can dry out the surface too quickly and hamper dough expansion.
For certain loaves, adding steam at the start helps build a thin, crisp crust. You can switch the fan on towards the end to boost browning.
170–180°C · Conventional heat
Pogacha should stay soft, airy, and fluffy. Conventional heat works best because it allows the dough to rise steadily without drying out the surface prematurely.
Using a fan can form a firm crust early while the inside remains underbaked. If you must use a fan, drop the temperature to about 155–165°C.
170–180°C · Conventional heat
Cakes need steady, moderate heat to rise nicely and stay moist. Conventional heat is recommended, especially for tall tins and heavier batters.
Strong air movement can cause lopsided rising or cause the top to darken too fast. If using a fan, set to about 150–165°C.
180–190°C · Conventional heat
Muffins need a high enough initial temperature to develop their signature domed tops. Conventional heat is ideal for a uniform rise while keeping the crumb soft.
A fan can be used, particularly when baking more than one tray, but lower the temperature to around 165–175°C.
170–180°C conventional · 155–165°C fan
For biscuits, your choice of mode depends on your desired texture.
Use fan mode for thin, buttery, and crispy biscuits. The circulating air promotes even browning and helps dry them out for extra snap.
Use conventional heat for thick, soft cookies with a chewy center, such as American-style chocolate chip cookies.
200–220°C conventional · 180–200°C fan
Puff pastry relies on high initial heat. High temperatures rapidly convert moisture into steam, lifting the delicate layers to create a flaky, airy structure.
Fan mode is great for smaller puff pastry items like cheese straws, bite-sized snacks, and twists because it aids even browning and a crisp finish.
For larger bakes or pastries with wet fillings, conventional heat is usually better to prevent the top from darkening too early.
180–200°C · Conventional heat
Traditional filo pastry pie with cheese and eggs turns out best using conventional heat. The pastry layers bake gradually, allowing the filling time to set without burning the top layer.
If you prefer a extra-crisp top, turn on the fan for the last 5–10 minutes, keeping a close eye on the color.
If baking entirely with the fan, use around 165–185°C.
160–180°C · Conventional heat
Kozunak dough is rich in sugar, eggs, and fat, which makes the crust brown quickly. For this reason, baking without a fan is ideal.
A moderate temperature lets the rich dough cook through steadily without the crust turning too dark or dry. For larger loaves, target the lower end of the temperature range.
If using a fan, bake at roughly 145–160°C, keeping a close watch on the crust.
240–270°C (or oven maximum) · Conventional heat
Great homemade pizza requires intense heat, especially from below. The best results are usually achieved without a fan, using a preheated baking stone, steel plate, or heavy tray.
This cooks the base quickly so it turns crisp while the edges puff up and stay light.
The fan can help brown toppings faster, but it can’t replace intense bottom heat. If your oven has a dedicated pizza setting, that is often a brilliant choice. Note that these values are guidelines; bake sizes, tin types, dough compositions, and oven quirks may require slight adjustments.
Imagine this scenario: your cake has been in the oven for 40 minutes. The top is a gorgeous golden brown, the kitchen smells heavenly, but a skewer inserted into the center comes out wet with raw batter.
What went wrong?
The exterior cooks and darkens before enough heat can reach the center.
Solution: Lower the temperature by 10–15°C next time and extend the baking time if needed. If your cake is already browning too quickly, cover it loosely with aluminium foil and continue baking at a moderate heat.
A deep, narrow tin forces heat to travel a greater distance to reach the middle.
This is particularly critical for heavy batters containing bananas, pumpkin, nuts, or a high proportion of fat.
Solution: Stick to the tin dimensions specified in the recipe. Avoid filling a standard cake tin more than two-thirds full unless directed otherwise.
Extra milk, oil, fruit puree, or watery fruits can weigh down the batter and alter how heat transfers through it.
Solution: Measure your ingredients using a kitchen scale, especially flour and fat. Avoid guessing liquid amounts by eye.
A beautiful crust doesn't guarantee the center is baked. Solution: Test the thickest part with a wooden skewer. For standard cakes, it should come out clean or with a few moist crumbs, but no wet batter.
For certain recipes, a probe thermometer can help. Many classic sponge and butter cakes are done when their internal temperature reaches roughly 96–99°C, though this guide doesn't apply to every dessert.
A gummy, dense texture is distinct from simply underbaked batter. The cake might look cooked, but the crumb feels heavy, sticky, and doughy.
One common culprit is overmixing after adding the flour. In standard cake batters, excessive mixing develops gluten, making the texture tough and dense.
Another potential cause is incorrect raising agent amounts. Too little baking powder means an inadequate rise. Too much is also problematic – the cake may rise rapidly, then collapse.
Underbaking plays a role too. If the structure in the center hasn't set, it can sink as it cools. A similar issue occurs if you add too many moist ingredients like bananas, pumpkin, or apples.
What to do: Mix just until combined once the flour is added, unless the recipe specifies a different method. Measure ingredients precisely and don't alter raising agent amounts arbitrarily.
And don't rush to slice into the cake as soon as it comes out of the oven. Let it rest in the tin as directed, then cool completely on a wire rack. Warm interiors are fragile and feel moister than they will once cooled.
Something fascinating happens during the first few minutes of baking bread. The dough continues to expand rapidly as trapped gases swell, while the structure remains pliable enough to stretch.
This burst is known as oven spring – the final rapid rise of the loaf in the oven. For it to happen successfully, the dough must not form a hard crust too early.
For many types of bread, adding steam at the start delays surface drying. This gives the dough more time to expand before the crust sets hard.
Moisture also encourages the formation of a crisp, glossy crust on artisan-style breads.
One of the simplest methods is baking in a heavy lidded Dutch oven or cast-iron pot. Preheat your oven and pot as directed, then carefully transfer your proved dough inside. Bake covered for the initial phase (e.g., around 20 minutes for a medium loaf). Then remove the lid to let the crust turn golden and crisp up as it finishes baking.
The closed pot traps steam released naturally by the dough. If baking directly on a tray or stone, you can use your oven’s built-in steam feature if it has one.
Important: Never pour water directly onto the bottom of the oven floor, heating elements, or hot glass door. Thermal shock can damage your appliance, and rising steam can cause severe burns.
Steam is most beneficial during the initial baking phase. Towards the end, a drier environment is needed to set a crisp crust.
Keep in mind that this technique isn't suited to all baked goods. Cakes, cookies, and rich pastries do not need added steam.
A crunchy crust is desirable, but a tough, dried-out loaf is disappointing. Most often, the cause is overbaking, insufficient water in the dough, or working in too much flour during kneading and shaping. Excessively high temperatures for a specific loaf size can also scorch the exterior before the crumb bakes properly. Inadequate cooling and improper storage further degrade texture.
For standard wheat loaves, an internal temperature of about 93–99°C is a reliable indicator of doneness. Enriched doughs and specialty breads may target different temperatures. One crucial piece of advice: Don't slice into warm bread immediately after baking.
As it cools, the internal structure continues to set and moisture redistributes evenly. Slicing too soon compresses the warm crumb, making it feel gummy and dense.
Always cool your loaf on a wire rack so air can circulate beneath it.
It might seem like a minor detail, but rack placement in your oven makes a huge difference.
The most versatile position for cakes, muffins, pogacha, traybakes, and most loaves. It provides balanced, even heat from above and below.
Ideal for pizzas, pies, tarts, and certain banitsas when you need a well-baked, crispy base.
Be careful not to go too low, as intense bottom heat can burn the underside of your bake.
Best used when you want intense top browning during the final minutes of baking savoury dishes.
Avoid using the top rack for tall cakes or sweet braided breads (kozunak), as their tops will burn easily.
Rule of thumb: If in doubt, start on the middle rack. Adjust up or down based on how your specific oven behaves.
When a recipe specifies preheating, never put your bake into a cold oven. Initial heat is vital for cakes, muffins, biscuits, puff pastry, and bread to spark their initial rise and set structure.
Keep in mind that your oven's preheat chime doesn't always mean the walls, tray, or baking stone have fully absorbed and stabilized heat.
Opening the door dumps heat instantly and releases crucial steam.
For delicate sponge cakes, avoid opening the door during the first half of baking before the crumb structure has set.
However, don't treat this as an absolute rule. If the top is scorching, intervening with a sheet of foil is far better than waiting.
Dark metal tins absorb more radiant heat, which can lead to faster browning along the edges and base.
Light-coloured metal tins heat more gently, yielding softer browning.
Glass and ceramic dishes retain heat differently. Avoid changing tin materials without adjusting time and keeping an eye on your bake.
Don't push tins tightly against oven walls or block internal air vents.
When baking across multiple shelves, use an appropriate fan setting and rotate trays halfway through once your bakes are firm enough to handle movement.
An oven thermometer shows whether your actual internal temperature matches the dial setting.
An instant-read food thermometer helps verify doneness for large loaves, kozunak, and thick bakes when crust colour alone is misleading.
These are two different tools, but both will save you from plenty of kitchen mishaps.
Even when following a recipe to the letter, things don't always go to plan. It helps to understand what went wrong so you can adjust next time.
If your cake is raw in the center, the oven was likely too hot, the tin was too deep, or it needed more time. Try lowering the temperature by 10–15°C and check for doneness at the center rather than relying on top colour.
If your cake is dense and gummy, look at your mixing technique and proportions. Overmixing after adding flour, too much liquid, or underbaking can result in a heavy, sticky crumb.
If your cake rises beautifully then collapses, the interior structure didn't set. This can happen from opening the door too early, using too much leavening, or underbaking. Check your measurements and keep the door closed during the early stages.
If your bread is dense and heavy, the issue might lie outside the oven. Under-proofing, weak gluten development, or incorrect baking temperature all affect volume. Judge dough readiness by its volume and feel rather than strictly by the timer.
If your bread is overly dry, it was likely baked too long or had too little water in the dough. Try reducing baking time using an instant-read thermometer to check doneness, and be mindful not to knead in excess flour.
If your pogacha browns too quickly, turn down the temperature and cover the top loosely with foil. This prevents scorching while allowing the inside to finish baking.
If your banitsa is soggy on the bottom, ensure your filling isn't too wet and that your tray isn't set too high in the oven. Moving it down one shelf position is often all it takes to crisp up the base.
If your biscuits turn out hard, they were likely overbaked or contained too much flour. Reduce baking time and remember that cookies continue to firm up as they cool on the tray.
If your puff pastry doesn't lift, the butter may have melted into the dough before baking or the oven wasn't hot enough. Work with chilled dough and place it into a fully preheated oven.
What all these fixes have in common is that small adjustments usually yield better results than radical recipe overhauls. Often, lowering the temperature by a few degrees, picking a better tin, or extending baking time by a few minutes is all you need.
No two home ovens bake identically, even if they are the exact same model. Keeping quick baking notes is one of the most useful habits you can adopt.
For your next few bakes, jot down the mode used, set temperature, rack level, and total time. Note the result: was browning even, was the interior moist, and was the texture right?
For example, if your favorite cake consistently darkens too fast at 180°C, try baking it at 170°C next time without changing any other variables.
This isolates whether temperature was the issue. Change only one variable at a time. If you swap the tin, temperature, mode, and recipe all at once, you won't know which change brought the improvement.
Here lies one of the most crucial secrets to successful home baking: recipe baking times are guidelines, not absolute rules.
Two identical batters can take different times to bake depending on tin material, oven quirks, and starting ingredient temperatures. For cakes, insert a wooden skewer to check if the center has set. If wet batter clings to the skewer, it needs more time.
For biscuits, watch the edges and surface setting, keeping in mind they will continue to firm up off the heat.
For bread, check crust colour, texture, and internal temperature if possible. Tapping the bottom of a loaf offers a clue, but isn't entirely foolproof.
For banitsa, ensure the lower pastry layers are crisp and the filling has set. For kozunak and pogacha, don't rely solely on a golden crust; test internal temperature with a probe thermometer – aiming for 93–95°C for a fully baked kozunak.
Successful baking isn't just about following a recipe to the letter or owning expensive equipment. It's the skill of understanding how heat affects dough and learning to read the cues your bake gives you.
Sometimes the difference between a dry cake and a fluffy one is just ten degrees. Between a pale banitsa and a crisp one – a single rack position. And between a dense loaf and a light, airy bread – proper proofing, a hot oven, and initial steam.
There is no single magic temperature that works for every single baked good. But once you know when to switch on the fan, when to drop the heat, and how to test for real doneness, baking becomes far more predictable and rewarding.
Remember: a great baker doesn't just watch the clock. They observe, adapt, and learn to work with their oven. And that is what turns home baking from guesswork into pure pleasure.