The Descending Pour (a Barista Life method)
The Descending Pour is a pour over brewed at two temperatures instead of one: bloom and first pour hot at about 96C, then a second pour at 88 to 90C after the kettle rests with the lid off. It is a Barista Life method, published July 2026. The same way the 4:6 method belongs to Tetsu Kasuya and the swirl-heavy V60 routine belongs to James Hoffmann, this one is ours: same 1:16 ratio you already use, one new variable, and a standing invitation to test it against your regular pour and tell us what you taste.
Download the method card (free PDF)
The recipe
Ratio 1:16 by weight, medium grind, any cone. The example below is a 22g dose to 352g water; the brew ratio card scales it to any dose, and the pour over brew timer runs these same stages with a clock.
| Time | Step | Water | Temperature |
|---|---|---|---|
| 0:00 | Bloom, swirl gently | 44g (2x the dose) | ~96C, hot |
| 0:45 | First pour in slow spirals | to 210g (60% of total) | ~96C, hot |
| 1:15 | Rest: lid off the kettle, bed draws down | none | dropping |
| 2:00 | Second pour, gentle spirals | to 352g total | 88-90C, cool |
| 2:30 | Drawdown, hands off, keep the bed flat | none | |
| ~3:15 | Done. Swirl, sip, compare. |
Dropping the temperature, two ways. The lid-off rest works best when the kettle is holding only the water it still needs; a mostly empty kettle sheds heat fast. The faster and more repeatable way is a splash of room-temperature water: roughly one part cool to nine parts hot lands a 96C kettle near 88C. A variable-temperature kettle skips all of this, just dial it down to 88 after the first pour. Whichever you use, check it once with a thermometer so you know what your kettle actually does; after that it repeats.
Why each step exists
Coffee gives up its solubles in a rough order: bright acids and aromatics come out first, sugars and body next, and the harsh bitter compounds extract last and keep extracting for as long as hot water keeps arriving. That order is the whole logic behind our sour coffee and bitter coffee troubleshooters, and the Descending Pour is the same logic run forward instead of as a repair.
The hot bloom and first pour put the most aggressive water on the bed when it is freshest, which is designed to develop the acidity and aromatics that only the early brew can give you. The rest costs nothing: the bed is drawing down anyway, and the kettle spends that idle minute cooling. The cool second pour arrives when what is left in the bed skews toward the slow, bitter end of the curve; cooler water slows that late pull, which is designed to leave the finish sweeter and cleaner while everything the hot start extracted stays in the cup. Both temperatures sit inside the accepted pour over window of roughly 90 to 96C. The method does not brew outside the rules; it spends the hot end of the window early and the cool end late instead of averaging the middle the whole way through.
One honest note: every pour over descends a little, because slurry cools and most kettles drift. The Descending Pour just makes the descent deliberate, sized, and repeatable. In our testing at the ratio above it flattered medium and darker roasts most; very light roasts, which lean on maximum extraction for sweetness, often prefer hot water the whole way. We make no absolute claim. The method is designed to shift the balance toward a sweeter finish, and the only test that matters runs on your beans, in your kitchen.
Descending Pour vs your standard pour
| Stage | Standard single-temp pour | The Descending Pour |
|---|---|---|
| Bloom | One temperature throughout, usually 93-96C | ~96C, the hot end of the window |
| First pour | Same temperature | ~96C while the bed is freshest |
| Between pours | Kettle holds temperature, lid on | Kettle rests lid off, or takes a cool splash |
| Final pour | Same temperature | 88-90C against late bitterness |
| Design intent | One average temperature for the whole extraction curve | Hot water early for acidity and aromatics, cool water late to restrain the bitter tail |
| Extra gear | None | None; a thermometer for the first calibration helps |
Run the comparison, then tell us
Brew both, back to back. Same beans, same grind, same 1:16 ratio: your standard pour and the Descending Pour. Taste them side by side and send us the verdict, either way, through the reader setups page, subject line "My setup". The honest results, including the ones where your standard pour wins, are what make this method worth publishing.
FAQ
Is the Descending Pour the same as the 4:6 method? No. Tetsu Kasuya's 4:6 steers taste by how the water is divided across pours at a single temperature. The Descending Pour keeps a simple two-pour structure and changes the water temperature instead: hot start, cool finish. The two ideas do not conflict, and you can run a descending 4:6 if you want to experiment.
Do I need a variable-temperature kettle? No. Resting the kettle with the lid off for 60 to 90 seconds, or adding roughly one part room-temperature water to nine parts hot, gets a 96C kettle into the 88-90C band. A variable-temperature kettle just makes the drop a button press.
Will the cooler second pour under-extract my coffee? 88-90C is still inside the accepted brewing window, so the second pour keeps extracting, just more slowly at the bitter end of the curve. If your cup reads thin or sour, grind one step finer and keep both temperatures where they are.
What roasts suit the Descending Pour? In our testing at 1:16 it flattered medium and darker roasts most, because they show late-stage bitterness first. Very light roasts often taste best with hot water the whole way through; brew the comparison and let your cup decide.
Deeper background: the full pour over guide covers technique, the story of why this method exists covers the thinking, and every ratio lives on the free brew ratio card.