Last November, the fine folks at Mad Rush Coffee contacted me and ask if I would like an Indian coffee filter to experiment with. Always being up for trying new manual brewing methods(I had never heard of one), I eagerly accepted their offer. A few weeks later, a curious six inch tall, cylindrical, stainless steel brewing contraption arrived in my blog mailbox and I began experimenting with Kaapi and my new Indian coffee filter.
It took almost seven months (after a few major holidays, a family vacation and an extensive kitchen remodel) but I am now ready to discuss Kaapi and the Indian coffee filter.
What is an Indian Coffee Filter?
The Indian coffee filter is a small tubular brewing device with roots in southern India. It brews about 60-70mL of a super concentrated coffee.
The device consists of four parts: a bottom container for collecting the brewed coffee, a top compartment which fits onto the bottom and contains small holes for filtering, a small tamper and a lid for the top of the unit.
It is a unique brewing apparatus that will probably not take the place of some of the more popular manual brewers. It is a fun one to experiment with and a fun one to try and master none-the-less (I have not).
What is Kaapi?
The coffee decoction from the Indian coffee filter is often mixed with scalded milk and a little sugar to create a beverage called Kaapi.
For me, Kaapi is a beverage laced with nostalgia. It brings back memories of the days when I was first starting to drink coffee*. Kaapi is milk forward with sugar added (I am not accustom to taking my coffee this way anymore). The coffee decoction is strong enough that it is not overpowered by the additives. Prepared correctly, Kaapi is frothy, warm and rich with a touch of sugar sweetness. It is like the coffee equivalent to comfort food.
How to use an Indian Coffee Filter (Kaapi Recipe)
Like most brewing methods, there are numerous recipes and techniques for brewing with the Indian coffee filter. I watched several videos and read a few articles on the subject but I kept my recipe pretty close to the original that was provided for me by Mad Rush Coffee.
This recipe produces a highly concentrated decoction of coffee that, when brewed correctly, can be syrupy and sweet. I suppose you could mimic this recipe and approximate the same result with an Aeropress and a metal Aeropress filter (letting the decoction gravity filter instead of using the plunger).
Here is what you will need:
For Making Indian Filter Coffee
- 25 grams of coffee ground medium fine (I like to use a little finer than my v60 grind)
- 125mL of 205 degree fahrenheit water
- Indian coffee filter
For Making Kaapi for Two
- 250mL of milk
- sugar to taste (this can be left out of course)
- 60-70ml of Indian filter coffee
Directions for Indian Filter Coffee
- Put your coffee into the top portion (make sure you remove the tamper/water diffuser piece) of the Indian coffee filter and fit it onto the base collection piece.
- Some recipes will recommend compacting the bed of grounds but I have found that I have had better results with simply adjusting the grind size for time (you are shooting for a 5to 8 minute brew time) and not compacting the coffee bed much.
- Gently shake the Indian coffee filter to level the bed of grounds. Place the tamper on top of the coffee and press down slightly. I have been leaving the tamper on top of the bed of grounds for brewing.
- Gently pour 125 mL of 205 degree fahrenheit water (if you don’t have a thermometer or a variable temperature kettle, water a minute off of boil will work just fine) on top of the bed of coffee grounds. If you don’t have a scale, just fill up the Indian coffee filter to the top. Use caution, this device gets really hot while it is brewing.
- In 5 to 8 minutes you should have a delicious coffee decoction that can be used to make Kaapi or consumed as is (be careful this little shot can pack a big caffeine punch).
- If your brew is falling outside the 5 to 8 minute time window AND you are unhappy with the results, adjust the grind accordingly (coarser to speed up the process and fine to slow it down). You can also play around with compressing the coffee bed with the tamper (this will lengthen brew time).
Directions for Kaapi for Two
- While your Indian coffee filter is filtering your decoction, place 250mL of milk into a small sauce pan and bring it to a boil**. You are looking to bring it just to the beginning stages of a boil, do not boil it for an extended period of time.
- Turn off the heat and add a small amount of sugar if desired.
- Froth the milk in either the traditional method or with a French press. Be careful not to burn yourself with hot milk.
- For traditional method: Froth the milk by pouring it back and forth between two bowls. Make sure to get some altitude on your pours to create turbulence for a nice foamy milk mixture. (This method definitely gets some fancy points).
- For the French Press method: Pour the hot milk into your French press and repeatably depress the plunger until your desired milk foam texture is reached. Be careful with filling the French press too full with milk or pumping too vigorously. In both scenarios, hot milk is likely to shoot out of the French press. This method can make an extremely frothy milk which may be too stiff for this style of beverage. Moderate to light frothing would be more appropriate for Kaapi.
- Divide your coffee decoction between two glasses and add you foamy milk to the top.
- Enjoy your Kaapi. Your ratios of sugar and milk can be adjusted to taste.
If you have an experience or tips for using the Indian coffee filter or making Kaapi, I would love to hear about it. Feel free to contact me or leave a comment below. Cheers!
*From a taste perspective, the Kaapi I have been making far surpasses those first bitter gas station brews laden with creamer and sugar but there is still an essence of this experience that Kaapi fondly reminds me of.
**Most espresso drink enthusiast will cringe at the thought of scalding milk by bringing it to a boil. If you do not enjoy the taste of scalded milk, you can certainly bring the milk to a lower temperature.