What Is a Barquette Tart Mold? (Size Specs)
A barquette tart mold is a small, boat-shaped pan for baking individual pastry shells. There is no universal barquette size: common molds have internal cavities about 80–100 mm long, 35–50 mm wide, and 15–20 mm deep, with capacities near 20–40 mL. Check the cavity, capacity, material, and oven rating before choosing or baking.
A common misconception is that “barquette” names a standard pan size. It does not. The word describes the boat-like shape, so two molds sold under the same name may make shells with different lengths, depths, and filling capacities.
That difference matters when you portion dough or plan a batch. I focus on the inside cavity, not the outer rim: measuring the mold’s exterior can lead you to make shells that are too small or to overfill the cavities. The specifications below help you compare molds on useful terms.
Barquette Tart Mold Size Specs
A barquette mold has a long, narrow cavity with tapered or rounded ends, shaped like a little boat. The shape is common, but the dimensions are not standardized. For a reliable comparison, look for the internal length, width, depth, and stated capacity of each cavity.
| Mold size | Approximate internal dimensions | Approximate capacity | Common use |
|---|---|---|---|
| Mini | Varies by maker; often shorter than 80 mm | Check maker’s listing | Small bites or tasting portions |
| Typical individual | 80–100 × 35–50 × 15–20 mm (about 3–4 × 1⅜–2 × ⅝–¾ in) | About 20–40 mL | Individual pastry shells |
| Larger individual | Larger than the typical range | Check maker’s listing | More generous single portions |
These ranges are guides, not product guarantees. The cavity’s curved ends and sloped walls affect how much it holds, so dimensions alone cannot give an exact capacity. If a listing provides a capacity, use that figure for portion planning. If it does not, fill a clean cavity with water and measure the water volume.
Check the cavity before buying or scaling a recipe:
- Confirm that the listed measurements are for the inside, not the outer rim.
- Ask the seller for internal measurements if the listing is unclear.
- Compare the length, width, and depth, not length alone.
- Check whether the listed capacity applies to one cavity or a full multi-cavity pan.
I often see the outside measurement mistaken for the usable space. For example, a mold’s outer length may include its rim, while the pastry cavity is shorter. That can leave a shell undersized for the intended filling. For repeatable batches, use cavity dimensions and stated capacity rather than the pan’s overall dimensions.
Mold Materials, Size Selection & Prep
Material affects how a barquette mold handles heat, releases pastry, and needs care. Choose the cavity size for the portion first, then check the material and its stated oven limit. A familiar shape does not make all molds interchangeable: metal, silicone, and coated pans have different use and care instructions.
| Material or finish | What to expect | What to check |
|---|---|---|
| Bare aluminum | Conducts heat well and can brown pastry efficiently; prolonged contact with acidic fillings may cause a reaction | Whether the recipe bakes the filling in the mold, and the maker’s care advice |
| Stainless steel | Non-reactive, but generally less conductive than aluminum | The mold’s construction and oven rating |
| Silicone | Insulates more than metal and may need support to stay level | The maker’s maximum temperature and whether a tray is recommended |
| Nonstick coating | May help release, but the coating has product-specific limits | Temperature limit and utensil restrictions |
Ordinary pastry baking commonly falls around 160–220°C (320–428°F). That range is not a rating for every mold. Silicone products often list limits around 220–230°C (428–446°F), while nonstick limits vary by product. Follow the mold maker’s rating, and do not assume that a coating or material has one universal maximum.
Metal barquette molds are for oven use, not induction cooking. A mold’s metal construction alone does not make it suitable for a stovetop. Coated pans also need their own handling rules; avoid metal utensils and abrasive pads if the maker warns against them.
Before the first bake:
- Match the cavity size to the finished portion and the recipe.
- Inspect the interior for a coating and check its care instructions.
- Confirm the oven rating and any support-tray guidance.
- Lightly grease clean, uncoated molds if the recipe calls for it. Follow the maker’s instructions for nonstick molds.
Pastry Fitting, Baking & Release
Good results start with pastry that fits the cavity without being stretched. Stretching can pull the dough back during baking. Trim excess dough, and dock or weight the base only if your recipe calls for it. Then bake on a level sheet in a fully preheated oven at the recipe temperature.
- Prepare the pan. Set the mold on a level baking sheet if that helps you move it safely or if the maker recommends support. Grease it only as directed by the recipe and mold instructions.
- Fit the pastry. Press or lay the dough into the cavity so it follows the base and sides without pulling it thin. Trim dough at the rim. If the recipe calls for docking or blind-baking weights, use those steps.
- Bake at the recipe temperature. Preheat the oven fully and keep the mold within its stated temperature limit. Do not use the temperature range for ordinary pastry as a substitute for the maker’s rating.
- Cool before unmolding. Let the shell firm briefly. Release it gently rather than forcing it from the cavity. Use a non-metal utensil on coated molds.
A practical sizing example: Suppose a recipe is meant for individual shells, but the mold listing gives only the pan’s outside length. Do not estimate dough portions from that figure. First request the cavity size or capacity. If the cavity holds less than expected, divide the dough and filling into smaller portions or choose a larger mold; do not overfill to compensate.
For a new mold or an unfamiliar recipe, bake one shell first. Check whether the pastry reaches the rim, whether it holds its shape after release, and whether the filling amount suits the cavity. This small trial can reveal a size mismatch before you prepare a full batch.
Cleaning, Drying & Coating Care
Care depends on the mold’s material and finish, so follow the maker’s instructions first. Let the pan cool before washing. Clean gently, avoid abrasive scouring pads or metal utensils on coated surfaces, and dry metal molds fully before storage to reduce the chance of water marks or damage.
- Bare metal: Wash according to the maker’s guidance, then dry promptly. Store it completely dry.
- Coated molds: Use the approved cleaning method and avoid scratching the surface. Do not use metal tools to pry out shells.
- Silicone: Cool it before washing and check the maker’s instructions for cleaning and storage.
A shell that sticks does not always mean the mold needs aggressive scrubbing. Pastry may need more cooling time, or the recipe may call for greasing. Check those steps before changing how you clean the pan.
Portioning & Serving Presentation
Cavity size sets a useful starting point for portioning, but shape affects the final amount. A long, narrow shell can hold less than a deeper cavity with a similar length. Use the mold’s stated capacity when available, then adjust the amount of dough and filling to suit the recipe.
| If you want… | Consider… | Why |
|---|---|---|
| Small tasting portions | A mini cavity | A smaller shell keeps the serving compact |
| A standard individual tart | The typical 80–100 mm cavity range | This is a common size range, though capacity still varies |
| A larger single serving | A larger cavity, checked by capacity | Length alone does not show how much filling it holds |
| Consistent portions across a batch | Molds with the same cavity dimensions and capacity | Matching cavities make dough and filling amounts easier to repeat |
For a simple portion check, fill one cavity as the recipe intends and note how much dough and filling it takes. Repeat that method for the remaining shells. If the mold maker lists capacity, use it as a guide, not a promise that every filling will sit at the same level.
Conclusion and FAQ
A barquette mold is defined by its boat-shaped cavity, not by a fixed standard size. To choose one, compare internal measurements and capacity, then check its material, oven rating, and care instructions. These checks help you match the mold to the pastry and avoid sizing errors.
What is a barquette tart mold?
It is a small, boat-shaped mold used to bake individual pastry shells. Barquette describes the shape, not a standard size.
What size is a typical barquette mold?
A common individual cavity is about 80–100 mm long, 35–50 mm wide, and 15–20 mm deep. Actual sizes vary by maker.
How much filling does a barquette mold hold?
A typical individual cavity may hold about 20–40 mL. Check the maker’s capacity or test-fill it, since curved ends and sloped sides change volume.
Should I measure the inside or outside of the mold?
Measure the inside cavity. Outer dimensions include the rim and do not show the usable space for pastry or filling.
Can I use a barquette mold in the oven?
Use it only if the maker rates it for oven use. Check the stated temperature limit for that specific material and finish.
Are barquette molds suitable for induction cooking?
Metal pastry molds are for oven use, not induction cooking. Their metal construction does not mean they are stovetop cookware.
Do I need to grease a barquette mold?
Grease clean, uncoated molds lightly if your recipe calls for it. Follow the maker’s directions for nonstick molds.
Does silicone bake the same way as metal?
Not exactly. Silicone insulates more than metal and may need a support tray. Follow its temperature rating and the maker’s baking advice.
How do I release pastry without damaging a coated mold?
Let the shell cool briefly until firm, then release it gently. Use a non-metal utensil on coated surfaces.
How should I clean and store a metal barquette mold?
Follow the maker’s cleaning instructions, let the mold cool before washing, and dry it fully before storage. Avoid abrasive pads on coated molds.
(This article was written by one of our staff writers, Julian R. Hayes. Visit our Meet the Team page.)
