Compare filter, immersion and pressure methods by workflow, batch size and grind needs.
Filter methods
Pour-over and batch brewers pass water through a bed of coffee. They reward an even grind and suit drinkers who prefer a clean cup and repeatable measured recipe.
Immersion methods
French press and similar brewers steep coffee and water together before separation. They are straightforward for larger batches but need an appropriate coarse grind and careful timing.
Pressure methods
Espresso and pressure-assisted brewers require equipment matched to their pressure, dose and grind range. Choose them for the drinks and routine you actually make, not only for maximum versatility.
Practical checklist
Calculate normal batch size before choosing brewer capacity.
A grinder should suit the chosen method’s adjustment range.
Babushka Picks
A short list for the next step
Start with the essential item, add the useful option when it improves the job, and treat the final choice as optional.
Use the values and units in the worked example below; change the assumptions for your own project.
Pre-filled values: Brew ratio
Input
Value
Water mass
500 g
Water per gram of coffee
16 g/g
Calculated result
Result
Value
Coffee required
31.25 g
Questions and answers
How does Coffee Brewing Methods Compared work?
Enter water mass and the recipe’s water-to-coffee ratio. Coffee = water mass ÷ ratio. This plans brew inputs, not finished drink yield; water retained by grounds is not estimated. Espresso uses a different convention, so do not substitute beverage yield for water here.
What does the worked example show?
Inputs: Water mass: 500 g; Water per gram of coffee: 16 g/g. Result: Coffee required: 31.25 g.
What should I check before using the result?
Coffee = water mass ÷ ratio. This plans brew inputs, not finished drink yield; water retained by grounds is not estimated. Espresso uses a different convention, so do not substitute beverage yield for water here.
Example from an existing calculator
Coffee Ratio & Supply Calculator | Babushka Market. This worked example demonstrates the calculation in the linked tool. Its displayed assumptions apply to that example; use the guidance above to decide which measurements, product specifications or quantities belong to your own task.
Worked example
With Water mass: 500 g; Water per gram of coffee: 16 g/g, the calculator returns Coffee required: 31.25 g.
Inputs
Inputs
Changed input
Water mass
500 g
Water per gram of coffee
16 g/g
Calculated result
Calculated result
Changed input
Coffee required
31.25 g
Method and assumptions
Coffee = water mass ÷ ratio. This plans brew inputs, not finished drink yield; water retained by grounds is not estimated. Espresso uses a different convention, so do not substitute beverage yield for water here.
Common-value reference
The reference cases change only Water mass. The remaining inputs stay at the displayed values. These are worked scenarios, not universal rates, dimensions, product specifications or current shop prices.
Common-value reference
Water mass
Coffee required
Water mass: 500 g
Coffee required: 31.25 g
Water mass: 250 g
Coffee required: 15.625 g
Water mass: 750 g
Coffee required: 46.875 g
Water mass: 1000 g
Coffee required: 62.5 g
Water mass: 1500 g
Coffee required: 93.75 g
Questions and answers
How is this example calculated?
Coffee = water mass ÷ ratio. This plans brew inputs, not finished drink yield; water retained by grounds is not estimated. Espresso uses a different convention, so do not substitute beverage yield for water here. In the displayed example, Water mass: 500 g; Water per gram of coffee: 16 g/g. The calculated outputs are Coffee required: 31.25 g. Keep the labels and units with these numbers: they describe this particular combination of inputs, not a result that can be reused after the measurements or assumptions change.
What changes when I edit Water mass?
The table isolates that input while keeping the other displayed settings fixed. For Water mass: 250 g, the result is Coffee required: 15.625 g; for Water mass: 1500 g, it is Coffee required: 93.75 g. Those values come from the same calculator used on this page. They show the effect of changing the input, rather than prescribing which input is right for your own task.
How should I use the different result figures?
Read each named quantity separately: Coffee required: 31.25 g. A value with a different label or unit answers a different part of the calculation. Check the measurements and assumptions before using any figure. The reference cases explain the arithmetic under their stated conditions; they do not verify a product label, a recipe or the conditions of a particular project.
