High Extraction — Two-Stir
Coffee ad Astra's high extraction siphon recipe. Finer grind and vigorous agitation for maximum sweetness.
- Citric
- Fruity
- Medium-bodied
- Light roast
- Quick
- Beginner
- Total
- 2:15
- Ratio
- 1:15.2
- Coffee
- 23 g
- Temp
- 94 °C
The High Extraction — Two-Stir recipe by Jonathan Gagné for the Japanese Siphon uses 23 g of coffee and 350 g of water (1:15.2 ratio), at 94°C, with a target brew time of 2:15.
Parameters
- 23 g
- Coffee
- 350 g
- Water
- 1:15.2
- Ratio
- 94 °C
- Temp
- 4 medium fine
- Grind
- 2:15
- Total
- 2
- Servings
Method
-
0:00Pour
Heat water. Let it rise to upper chamber.
+350g 30s Slow -
0:30Stir
Add coffee. Stir vigorously up-down and left-right for 15 seconds.
-
1:00Stir
Second vigorous stir for 10 seconds.
-
1:30Wait
Remove from heat.
-
2:15Done
Drawdown complete.
Notes
More Japanese Siphon recipes
-
Official
1:14.6by Blue Bottle Coffee
- Floral
- Citric
Total 2:30 Temp 95°C -
Classic
1:15by Hario
- Floral
- Citric
Total 2:00 Temp 96°C -
Competition Siphon
1:15- Floral
- Fruity
Total 3:30 Temp 96°C -
Dark Roast
1:13.6- Chocolate
- Caramel
Total 2:15 Temp 90°C -
Cross Stir
1:15.3by Espresso Workshop
- Citric
- Fruity
Total 2:10 Temp 96°C
Other Traditional methods
More by Jonathan Gagné
-
Long Steep
1:14.4AeroPress
- Floral
- Citric
Total 10:00 Temp 100°C -
Official
1:20Tricolate
- Sweet
- Caramel
Total 6:00 Temp 100°C -
Sweetness Focus
1:17Next Level Pulsar
- Balanced
- Sweet
Total 3:30 Temp 99°C -
High Extraction — Turkish-Fine
1:16.7Japanese Siphon
- Floral
- Fruity
Total 2:30 Temp 94°C -
Jonathan Gagné
1:17V60 02
- Sweet
- Balanced
Total 4:30 Temp 100°C
Original source
Recipe by Jonathan Gagné, published at coffeeadastra.com.
Next step
Let Gota run the timer.
Step-by-step coaching with haptics at every pour, and a brew log that remembers the cup.
The app
The timer.
The log.
The library.
Every recipe in this collection opens with step-by-step timer guidance in the Gota Coffee App for iPhone — fully offline, free on the App Store.
iOS · Android
100g
+50g Add water