Buttermilk Biscuits

Pro tips

• Keep all ingredients and tools cold—use cold butter, cold buttermilk, and a chilled bowl. Warm ingredients melt fat and prevent flaky layers.
• Handle dough minimally and gently; overworking develops gluten and produces tough biscuits. Mix just until combined, then fold 2-3 times for lamination.
• Use high heat (425-450°F) and position biscuits close together on the baking sheet so they rise upward rather than spreading outward.
• Don't twist the biscuit cutter; press straight down and lift straight up to seal edges and promote even rising.

Substitutions

• White Lily self-rising flour → all-purpose self-rising flour (results will be slightly denser; adjust leavening if using plain all-purpose)
• Powdered sugar → granulated sugar (minimal impact on flavor; use same amount)

Storage & make-ahead

Store cooled biscuits in an airtight container at room temperature up to 2 days, or freeze up to 3 months. Reheat in a 350°F oven for 5-8 minutes until warmed through.

Why use White Lily flour instead of all-purpose?

White Lily has lower protein content (around 8-9%) than all-purpose flour, producing more tender, flaky biscuits with less gluten development and a finer crumb structure.

Can I make these biscuits ahead of time?

Yes. Form biscuits, wrap unbaked in plastic wrap, and refrigerate up to 24 hours or freeze up to 3 months. Bake from cold without thawing; add 2-3 minutes to bake time.

What temperature should the oven be?

High heat (typically 425-450°F) is essential for steam generation and lift. Check your specific recipe, as high-temperature baking is critical to achieving proper rise and golden color.

How do I know when biscuits are done?

Biscuits are done when the tops are deep golden brown and the sides feel firm to the touch. Overbaking dries them out, so check at the lower end of the bake time range.

Is self-rising flour necessary?

Self-rising flour is central to this recipe's structure and rise. Substituting all-purpose flour would require adjusting leavening agents and salt, changing the recipe's chemistry.