In yesterday's post, Front Street mentioned that one of the advantages of pour-over coffee is its high level of controllability. During the brewing process, we can adjust the pouring method based on the actual situation, so that the coffee's flavor does not stray from being delicious. This statement is not unfounded; many techniques can help us do [more…]

Among the many schools of pour-over coffee, single-pour, three-pour, and volcano methods each have their own characteristics, and the three-pour method is the classic example of staged extraction. By dividing the pour into several stages, staged extraction can present a richer sense of layering, clearly distinguish the flavors of the coffee's front, middle, and back sections, and at the same time reduce the chance of water escaping from the edge of the dripper, improving brewing stability. However, this technique also places higher demands on controlling flow rate and water volume. This article will use beans from Costa Rica's Pilon processing plant as an example to break down the steps of staged extraction in detail, and answer the common confusion about when to stop and when to pour again, helping you easily master this technique. [more…]

In the world of pour-over coffee, the choice of pouring method often determines the final flavor direction. Although brewing techniques emerge endlessly, multi-pour pouring has always remained mainstream—whether in professional competitions, café offerings, or enthusiasts' daily practice, its presence can be seen everywhere. Many friends who are just getting into pour-over ask Front Street Coffee: why do we always have to divide the water into several pours? Behind this actually involves two key factors: the improvement of extraction efficiency and the controllability of the brewing process. This article will unfold around the differences between single-pour and three-stage pouring and other staged pouring methods, analyzing the advantages of multi-pour pouring from the perspectives of extraction time and concentration differences, while also answering why immersion extraction has a higher fault tolerance rate, helping everyone understand the essence of the pouring logic in pour-over coffee. [more…]

The charm of pour-over coffee lies in the ability to flexibly adjust various parameters, and the coffee-to-water ratio is the core variable that determines strength and extraction. Starting from the definition of the coffee-to-water ratio, this article analyzes how the amount of water poured affects strength and extraction yield, explains how to choose a suitable ratio based on the characteristics of the beans, and breaks down in detail the principles and methods of staged pouring. Using the 15 g dose and 1:15 to 1:16 ratio commonly used at Front Street locations as an example, along with parameters such as water temperature and grind size, it provides a three-pour brewing procedure suitable for beginners, helping enthusiasts build their own brewing framework. [more…]

Segmented pouring in pour-over coffee is one of the core techniques that many enthusiasts focus on. So-called segmented pouring means dividing the total water volume after blooming into multiple pours, with a waiting period between each pour to let the water in the dripper drain first. The choice of this waiting timing—whether to wait for the water to drain completely before pouring the next segment, or to pour when the water level is about to reach the bottom but has not yet fully drained—directly affects the total extraction time and the final flavor. Front Street Coffee once conducted a dedicated experiment on this and found that waiting for the water to completely finish draining before pouring again extends the extraction time, and the extent of that extension depends on the density and hardness of the coffee beans. Starting from Front Street's answer, this article will systematically sort out the purpose of segmented pouring, the differences in pouring timing, and the criteria for judgment in actual operation, helping pour-over enthusiasts find a brewing rhythm that suits them. [more…]

The coffee-to-water ratio in pour-over coffee directly determines the flavor direction, and Front Street Coffee baristas are often asked about this during daily store conversations. Regardless of which dripper is used, Front Street recommends 1:15 as the brewing baseline. Although this ratio is not within the optimal range of the SCA Golden Cup theory, it delivers stable flavor and body in actual brewing. This article will explain the meaning of the coffee-to-water ratio, the Golden Cup extraction range, why 1:15 is chosen, and the specific operation of pulse pouring, and will use Colombia Rose Valley coffee beans as an example to provide complete brewing parameters and flavor descriptions, helping coffee lovers find a brewing solution that suits them. [more…]

In the extraction process of pour-over coffee, grind size is often regarded as the primary means of adjusting flow rate, but in reality there are several other operational methods that can change the speed at which coffee liquid drips through. Front Street Coffee will share four practical methods: staged pouring, controlling water flow rate, changing the filter paper, and changing the dripper, and will explain in detail how the designs of different drippers affect flow rate. The article also combines Front Street Granja Geisha and PWN Golden Mandheling beans to provide specific brewing parameters for the V60 and Kono drippers, helping coffee enthusiasts flexibly adjust extraction time while keeping other variables fixed, so as to achieve the ideal flavor. [more…]

Segmented pouring in pour-over coffee seems simple, but in reality, even subtle changes in the water volume of each segment leave their mark in the cup. Many friends new to pour-over are often puzzled: how exactly should the water volume after blooming be divided? And in what direction do different distribution schemes take the flavor? Front Street used the Yirgacheffe Gote Gote as a sample and designed three comparative experiments, fixing the dose at 15 grams, the coffee-to-water ratio at 1:16, medium-fine grind, and water temperature at 91°C, changing only the water volume ratio between the second and third pours, to observe how acidity, sweetness, mouthfeel, and finish trend. The experiment also revealed the potential impact of the relationship between the height of the coffee bed wall and the water level on extraction uniformity, and offers reference ideas for flexible adjustment in actual practice. [more…]

Friends who are just getting into pour-over coffee often feel that it is something of a mystery, but in fact, as long as you understand the principles of extraction, many confusions can be easily resolved. In daily conversations with customers, Front Street Coffee has found that most people brew inconsistently because they do not understand the logic behind pour-over. This article sorts out the core knowledge of pour-over coffee one by one, from water quality selection, coffee bean freshness, equipment and dripper pairing, grind size, water temperature control, blooming techniques, to pouring methods, and uses V60 staged extraction as an example to give specific parameters and operating steps, helping beginners build a systematic brewing framework and gradually improve consistency through repeated practice. [more…]

There are many ways to pour water when making pour-over coffee, and among them the one-pour method and the three-stage method are two common yet strikingly different techniques. The one-pour method originates from Japanese swordsmanship; it looks simple to perform, but places extremely high demands on water-flow control. The three-stage method, by contrast, extends the extraction time through staged pouring, enhancing the layers of flavor. This article uses a comparative experiment at Front Street Coffee, using the same washed Yirgacheffe beans, brewed with the one-pour method and the three-stage method respectively, to analyze the differences between the two in the shape of the coffee bed, flavor performance, and extraction time, and to explore why the three-stage method is more favored by baristas. Whether you are a beginner or an advanced player, understanding the core points of these techniques can help you flexibly choose according to the beans and parameters, and brew a more satisfying cup of coffee. [more…]

Among the many variables in pour-over coffee, water temperature is often seen as the most conservative one—once a value is chosen, it is no longer changed. However, Wu Tzelo, the 2016 WBC champion, turned water temperature into a powerful tool for regulating flavor in stages. His invented "sauna pour-over method" extracts sequentially through three temperature ranges—94°C, 90°C, and 80°C—allowing acidity, sweetness, bitterness, and umami to each find their proper place. In this article, Front Street will fully replicate this technique, breaking down the extraction logic and practical parameters behind variable-temperature brewing one by one, from equipment preparation and staged pouring rhythm to the final flavor presentation, helping you understand why water temperature can become the key lever for adjusting coffee balance. [more…]

Making a delicious pour-over coffee at home doesn't have to be complicated. Through daily conversations with customers, Front Street Coffee has found that many people's brewing techniques are inconsistent because they don't truly understand the principles of pour-over extraction, resulting in sometimes over-extraction and sometimes under-extraction. This article focuses on the core knowledge of pour-over coffee, offering specific advice on water quality selection, coffee bean freshness, equipment and dripper pairing, grind size, water temperature, blooming techniques, and pouring methods. It also uses staged extraction as an example, providing actionable brewing parameters and steps to help beginners establish a stable brewing framework. Beyond theory, the most important thing is still repeated practice—only through hands-on experience can you truly master the rhythm and details of pour-over, bringing each cup closer to the ideal flavor. [more…]

The 4:6 method was created by Tetsu Kasuya, and its core idea is to let anyone brew a consistently good cup of coffee. It splits a single pour into five stages: the first 40% of the water governs the flavor direction, while the latter 60% determines the strength of the body. Combined with an extra-coarse grind and fixed intervals, it greatly lowers the barrier to water control. This article lays out the standard parameters of the 4:6 method in full, including dripper choice, coffee-to-water ratio, grind passing rate, water temperature, and pouring rhythm. It also takes a deep look at the logic behind the coarse grind and the 45-second intervals, explains how adjusting the ratio of the early and late stages changes the sweet-and-sour profile, and shows how increasing or decreasing the number of stages lets you control body, helping you apply this method flexibly. [more…]

The three-pour method is one of the most classic and highly regarded extraction techniques in pour-over coffee. By splitting the total water volume into three pours and including two interruptions in between, it adjusts the proportion of flavors from the front, middle, and back ends of the coffee. Starting from the principles of staged pouring, this article breaks down the blooming step in detail and the logic behind water distribution for each stage. Using 15 grams of Front Street washed Yirgacheffe with a Hario V60 dripper as an example, it provides a complete demonstration of the three-pour pour-over process and parameter settings, helping coffee enthusiasts master this brewing method that balances harmony and complexity. [more…]

The charm of pour-over coffee lies in precisely controlling the extraction process through staged pouring, allowing each cup to present rich layers of flavor. This article will guide you through the basic principles of pour-over coffee, essential equipment, how to calculate the coffee-to-water ratio, and a detailed breakdown of the three-stage pouring method's specific operations and water distribution. At the same time, we'll share Front Street Coffee's brewing experience, including how to adjust parameters based on coffee bean characteristics, as well as the calculation logic and practical tips for each stage of water in the three-stage pour. Whether you're a beginner just starting out or an enthusiast looking to refine your skills, you'll find practical guidance here. [more…]

Pour-over coffee may seem complex, but its core lies in how to balance flavor extraction. As the most widely used brewing method, the three-pour technique uses staged extraction to give distinct layers of flavor in the front, middle, and back ends. Drawing on the practical experience of Front Street Coffee, this article explains in detail the principles of blooming and degassing, control of the pouring rhythm, the matching of water temperature and roast level, and a complete brewing recipe using Kenya Asalia coffee beans as an example. Whether you are a beginner just getting into pour-over or an enthusiast looking to refine your technique, you will find actionable references here. [more…]

Drip bag coffee, with its portability and ease of operation, has become a choice for many people to stay refreshed daily. However, although it is called the instant noodles of the coffee world, brewing a full-flavored cup still requires mastering several techniques. Based on Front Street's brewing experience, this article breaks down in detail how to avoid weak or burnt-bitter coffee across five aspects: water temperature, water volume, cup type selection, pouring method, and drip bag handling habits. It also provides specific water temperature recommendations and staged pouring plans for Front Street's seasonal drip bag products of different roast levels, helping you consistently reproduce a cup of black coffee close to pour-over quality even in the office or while traveling. [more…]

Geisha coffee is most famous for Panama, but different producing regions give it vastly different flavor profiles. This article approaches Geisha through the lens of origin differences, focusing on the Panama Boquete honey-process Geisha that Front Street Coffee has recently acquired. It explains in detail the terroir advantages of the Boquete producing region and the craft characteristics of the honey process, and fully shares Front Street Coffee's pour-over parameters and staged extraction technique, including water temperature, grind size, coffee-to-water ratio, and pouring rhythm, before finishing with a flavor description of this bean. Whether you want to understand how honey processing differs from natural and washed, or you are looking for a pour-over recipe you can reuse directly, you will find useful reference here. [more…]

I don't know under what circumstances everyone first learned about pour-over coffee. For Front Street, it was one day when I walked into a café and saw the barista pouring water in circles over the coffee grounds in the dripper, and then getting a cup of rich, aromatic black coffee. I found it absolutely fascinating, and so I fell under the spell of pour-over coffee. What does pour-over coffee mean? [more…]

There are many different pour-over brewing techniques, and staged pouring is widely recognized as an effective way to enhance a coffee's complexity. But have you ever wondered exactly which flavor compounds each pour extracts from the coffee? Front Street Coffee conducted a comparative experiment, selecting a light-roasted fruit-acid Kenya Kirinyaga AA and a medium-roasted nutty Yunnan natural Typica, using a four-pour method to collect the coffee liquid from each stage separately. After tasting each one, they revealed which flavor components are respectively responsible during blooming, the middle stage, and the final stage. Building on this, this article further summarizes how to apply these extraction patterns to actual brewing—how to adjust parameters to highlight sweetness, and how to distribute water to achieve a juicy mouthfeel—offering concrete, actionable ideas for each. [more…]