🫓 Bread · Level 2
Bhatura
The showpiece bread — a large, leavened, puffed deep-fried bread served with chole. Yogurt leavened, fermented for 2 hours, fried to a dramatic balloon. Serve immediately.
The showpiece bread — a large, leavened, puffed deep-fried bread served with chole. Yogurt leavened, fermented for 2 hours, fried to a dramatic balloon. Serve immediately.
Bhatura and poori use the same steam-puffing mechanism but different doughs. Poori is unleavened atta — the puff is purely steam from water. Bhatura is leavened plain flour — the puff is steam plus CO₂ from the baking powder and yogurt fermentation. The CO₂ pockets make the bhatura larger, softer and more airy than poori, and its plain flour gluten network is more extensible — which is why bhatura inflates to a dramatically larger size than poori.
Mix all ingredients and knead 5 minutes until smooth and soft. Rest covered for 2 hours at room temperature. The dough will slightly increase in volume.
The baking powder provides immediate CO₂ when activated by heat. The yogurt's lactic acid bacteria provide slow CO₂ production during the 2-hour fermentation — these bubbles are trapped in the gluten matrix. When the bhatura enters hot oil, both CO₂ sources activate simultaneously — the yeast/bacteria CO₂ already in the dough expands with heat, and the baking powder releases additional CO₂ in the acidic, hot environment. This dual leavening produces a larger, softer puff than baking powder alone.
Rest shaped bhatura 10 minutes after rolling. Fry at 175°C — press gently under oil. It should puff within 10 seconds into a large balloon. Fry 45–60 seconds, turn once. Serve immediately.
The 10-minute rest after rolling is essential — it allows the stretched gluten to relax, preventing the bhatura from springing back under oil pressure. Relaxed gluten expands uniformly under steam pressure, producing a sphere. Unrelaxed gluten resists expansion — the bhatura puffs partially or lopsidedly. The larger size of bhatura (versus poori) means more steam is generated, requiring slightly lower oil temperature (175°C versus 180°C) to allow more even internal heating.