avg —
Thin Whey Pancakes with Holes
Instructions
I prepare the ingredients. Sift flour beforehand for lighter texture. Any starch works (corn or potato — interchangeable here). Whey: leftover liquid from cottage cheese making, or store-bought whey, or buttermilk as substitute.
Combine sugar, salt, and starch into the flour. Mix dry to ensure even distribution.
Heat HALF the whey (500 ml) in a saucepan until very hot but NOT boiling. The high temperature is critical for the soda reaction.
In a deep bowl, combine eggs with the OTHER 500 ml whey (cold/room-temperature half).
Whisk eggs+whey; gradually add the flour mixture, achieving smooth not-too-thick batter.
Add baking soda to the HOT whey saucepan. Vigorous reaction begins immediately — large amount of foam forms.
Pour this hissing foaming mixture into the batter while continuously stirring. The reaction transfers from saucepan into the batter, where it generates the bubbles that create the holes during cooking.
Add the vegetable oil last — improves pancake texture AND prevents sticking to pan surface.
The batter is IMMEDIATELY ready — no resting time (the reaction is happening NOW). Heat a non-stick skillet over medium-high heat. Pour first thin circle. Bubbles immediately cover the surface, creating the lacy hole pattern.
When pancake edges turn golden, gently lift with spatula and flip. Cook second side BRIEFLY — only 15-20 seconds (less than the first side).
Stack the finished pancakes on top of each other.The applications are vast. Thin whey pancakes with holes work plain with sour cream or jam, OR can be filled (meat, mushroom, cottage cheese fillings) and pan-fried again for hot stuffed pancakes served with sauce or apricot jam. Versatile cuisine staple.
Tips
- 1
THE HOT-WHEY-PLUS-SODA TRICK IS THE RECIPE'S CORE. Step 3+6+7's "hot whey reacts with soda, transferred to batter" technique is what creates the dramatic holes. The whey's natural lactic acid + baking soda + high temperature produces vigorous CO2 release. The bubbling foam, when poured into the batter and immediately cooked, leaves behind hundreds of small holes. Cold-whey versions: weak reaction, few holes. Boiling-whey versions: too aggressive (kills batter structure). The "very hot but not boiling" precision targets the optimal reaction kinetics.
- 2
THE SPLIT-WHEY APPROACH IS PROCESS DESIGN. Step 3-4's split-whey method (half hot for soda reaction, half cold for batter base) serves chemistry. Hot whey damaged eggs (would scramble); cold whey lacks reaction-driving temperature. The split lets each whey portion play its proper role. Same principle applies to many "tangzhong"-style breads (hot-flour-paste + cold-flour). For another pancake-with-holes variation worth comparing, see Thin pancakes with holes on sour milk (+Cooking video).
- 3
THE NO-REST RULE PRESERVES BUBBLES. Step 9's "immediately ready, no resting" instruction is critical. The soda reaction is ACTIVE; pouring batter on hot pan immediately captures the active bubbling in the cooking phase. Resting the batter for any meaningful time: bubbles dissipate, holes don't form during cooking. This batter is unique — most pancake batters benefit from rest; this one MUST be used immediately. Pre-heat the pan BEFORE making the batter; pour batter as soon as it's mixed.
- 4
THE BRIEF SECOND-SIDE COOKING. Step 10's "second side only 15-20 seconds" is texture engineering. The first side has the dramatic hole pattern; the second side is smooth. Long cooking the smooth side: produces tough pancakes, holes start filling in. Brief cooking: preserves the holes, finishes interior cooking, keeps tenderness. The "15-20 seconds" timing is precise — count it; don't overcook. For another classic milk-pancake variation worth trying, try Pancakes with kefir and milk with holes (thin).
FAQ
What is whey, and where do I get it? +
Whey is the liquid byproduct of cheese-making — specifically, the watery liquid that separates from cottage cheese, paneer, or yogurt during the curd-formation process. Sources: leftover liquid from making homemade cottage cheese (best quality), commercial cheese-making byproduct (sold at Russian/Eastern European groceries), specialty health food stores (sold as protein supplement). Substitutes for cooking applications: buttermilk (very close functional substitute), thin yogurt thinned with water (acceptable), cultured milk drinks like kefir thinned (works but slightly different). The acidic protein-rich whey is what makes the reaction with soda so vigorous.
What if my pancakes don't have holes? +
Several causes. First: whey not hot enough during soda addition. Solution: heat whey aggressively (just below boiling). Second: batter rested too long before cooking. Solution: cook IMMEDIATELY after mixing. Third: pan not hot enough. Solution: pre-heat pan thoroughly before pouring first pancake. Fourth: too-thick batter (bubbles can't form). Solution: thin slightly with extra whey if needed. Fifth: too much soda (overpowers, breaks batter). Solution: precisely 1/2 tsp soda — don't increase. The visible bubbling in the batter when poured into the pan is the diagnostic — if you don't see it, fix one of these issues.
Can I add other flavourings? +
Yes — sweet OR savoury variations work. Sweet: 1/2 tsp vanilla extract, 1/4 tsp cinnamon, 2 tbsp cocoa powder (chocolate version), lemon zest, orange zest. Savoury: 1 tsp dried herbs (Italian, Provence, etc.), 2 tsp finely chopped fresh chives, finely grated cheese (45 g for cheesy pancakes — affects texture). For naturally-coloured versions: spinach juice (green), beetroot juice (pink), turmeric (yellow). Add flavourings into the dry mixture (step 2) for even distribution. Keep additions under 50 g total to maintain proper batter consistency.
How do I store and reheat? +
Refrigerated stack of pancakes: 3-4 days. Freezer (with parchment between each, in a bag): 3 months. Reheat options: brief microwave (10-15 seconds per pancake), dry skillet (15 seconds per side, no oil needed), oven (5 minutes at 150 °C for a stack of 5-10). Don't reheat in oil — produces greasy pancakes. The slight cooling of the stack actually slightly softens them, making them easier to roll/fold for filled applications. Best fresh; acceptable reheated; not optimal frozen-and-reheated (slight texture loss).
- Comment
or post as a guest
Be the first to comment.
