Brian Lagerstrom

The Easiest Actually Good Sourdough Bread (No Mixer)

15 August 2026 · 13:37 watch

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Master artisan-style sourdough without a stand mixer. Brian Lagerstrom demonstrates a streamlined hand-mixed sourdough boule utilizing smart temperature control and a lower hydration ratio for easy handling and perfect results.

Key takeaways

  • No stand mixer required: physical stretch-and-fold techniques build gluten structure efficiently.
  • Manageable hydration: the recipe uses a lower hydration ratio, making the dough easier to handle and shape.
  • Temperature-driven fermentation: bulk fermenting at 90–95°F (32–35°C) accelerates yeast activity and simplifies production schedules.
  • Rely on sensory indicators: use the tactile poke test and visual volume increases rather than strict timers to judge proofing.

Mastering sourdough does not require industrial machinery or overly complicated baker's percentages. In this masterclass, Brian Lagerstrom demonstrates a simplified, hand-mixed sourdough boule designed to deliver professional-grade results with minimal equipment. By understanding the core mechanics of fermentation and gluten development, any chef can produce an exceptional loaf.

Simplifying the Sourdough Process

For professional kitchens or artisan bakeries looking to streamline their bread production, Brian Lagerstrom’s approach strips away the unnecessary complexity often associated with sourdough. By eliminating the stand mixer, the technique relies on manual manipulation—specifically, a series of tactile stretches and folds—to build a robust gluten structure. This method utilizes a lower hydration profile, which makes the dough exceptionally manageable for bakers of all skill levels while still yielding a boule with a highly desirable blistered crust and open, tender crumb.

The Power of Time and Temperature

The backbone of this formula hinges on precise temperature control and patience. The journey begins with a 12-hour leaven build using bread flour and a mature starter. When mixing the final dough, incorporating a small percentage of high-protein whole wheat flour adds a nutty complexity and naturally accelerates the fermentation process. Instead of mechanical kneading, gluten development is achieved during bulk fermentation via a series of stretch-and-fold sequences spaced at 30-minute intervals. After folding, the dough is moved to a warm environment of 90–95°F (32–35°C) to ferment for another two hours. This warm environment dramatically shortens the proofing window, allowing for a more predictable service schedule.

Shaping and Assessing Proof

Shaping requires a deft hand to build crucial surface tension without degassing the delicate air pockets. Once flipped onto a lightly floured board, the dough is folded and rounded to create a tight outer skin before being placed seam-side up in a proofing basket. Rather than relying strictly on a timer, Lagerstrom emphasizes visual cues and tactile feedback. The 'poke test' remains the ultimate diagnostic tool: if the dough slowly springs back when gently pressed, it has proofed perfectly. This sensory-driven approach ensures consistent results, preventing the twin pitfalls of under-proofing and over-proofing.

Questions from the pass

Frequently asked questions

Why is a no-mixer method effective for developing gluten in sourdough?

A no-mixer method relies on periodic stretching and folding of the dough combined with time to naturally align gluten proteins. This gentle manual manipulation builds strength and elasticity without the risk of over-kneading or overheating the dough, which can sometimes occur when using a mechanical stand mixer.

What is the purpose of adding whole wheat flour to this sourdough recipe?

Whole wheat flour adds a deeper, nuttier flavour profile to the loaf and introduces active enzymes that accelerate fermentation. In this recipe, the small percentage of whole wheat flour complements the high-protein white bread flour, boosting yeast activity and creating a more complex, artisanal crumb structure.

How does temperature affect the fermentation and proofing stages of this dough?

Temperature acts as the accelerator for yeast and bacteria; warmer temperatures speed up fermentation, while cooler temperatures slow it down. Lagerstrom recommends a warm bulk fermentation at 90–95°F (32–35°C) to significantly reduce resting times, though room-temperature proofing will require adjusting schedules based on ambient kitchen warmth.

How do I know when my sourdough boule is fully proofed and ready to bake?

You can determine readiness by visual volume growth and the poke test rather than relying solely on a timer. Gently press the dough with a floured finger; if it slowly bounces back and leaves a slight indentation, it is ready. If it springs back instantly, it is under-proofed and needs more time.

Original video by Brian Lagerstrom . This overview is written independently by The Chef's Circle editorial desk — watch the original on YouTube.

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