Extraction water temperature of 100°C, a bloom lasting as long as 180 seconds, a coffee-to-water ratio of 1:5, plus lid-on blooming, ultra-high pouring, and a large amount of bypass water—Matsuya-style brewing seems extreme in every respect, yet it was once believed to consistently produce good coffee and even took Japan by storm for a time. When Matsushita Yoshikazu created this method in 1962, measuring tools were not yet widespread, so he used techniques like boiling water, high pouring, and bypass to replace the thermometer and digital scale. Today, Front Street Coffee takes you through an in-depth breakdown to see what logic and wisdom lie behind these seemingly counterintuitive operations. [more…]

When brewing pour-over coffee, do you tend to keep the spout close to the surface of the liquid, or pull out a long stream of water? Front Street has found that most enthusiasts' pouring height fluctuates between 0 and 7 centimeters. A seemingly tiny difference can profoundly change the flavor expression in the final cup through three aspects: penetration force, degree of heat loss, and the verticality of the water stream. This article will break down the actual effects of different pouring heights from a physical perspective, and combine them with Front Street's comparative experiment data to help you understand the pros and cons of high-position and low-position pouring. Whether you are a beginner pursuing stable extraction or an advanced player looking to refine your technique, you can find a pouring strategy that suits you. [more…]

Friends who have just gotten a new electric kettle often ask: can this kettle be used directly to brew pour-over coffee? The answer is yes, but brewing a delicious cup with it is not so simple. The long, slender neck, narrow spout, and low center of gravity of a professional pour-over kettle are all designed for stable pouring; an ordinary electric kettle is built around boiling water, lacks a flow-guiding structure, and is naturally harder to control. Through hands-on testing, Front Street Coffee shares two workable methods for brewing good coffee with an ordinary electric kettle, and provides complete extraction parameters and brewing steps, verifying that an electric kettle can also brew coffee with excellent flavor. [more…]

Among the many variables in pour-over coffee, the pouring technique is the one most controllable by human hands, and the pouring height—a seemingly minor parameter—actually has a non-negligible impact on the extraction result. The distance from the kettle spout to the water surface determines the strength of penetration, the extent of agitation, and the degree of heat loss in the hot water, which in turn influences the balance of acidity, sweetness, and bitterness in the coffee. This article will systematically analyze the pros and cons of different pouring heights, explain why it is recommended to keep the height between 0 and 7 centimeters, and use brewing examples with Front Street Coffee . Huakui and Front Street Coffee . Brazil Queen's Estate to demonstrate how to flexibly adjust the pouring height at each stage according to the roast level and bean characteristics, so that the extraction result better matches the expected flavor. [more…]

With its extremely high fault tolerance and outstanding flavor performance, pour-over coffee has become one of the top extraction methods after the rise of specialty coffee. At the same time, because it is simple to operate and has a low barrier to entry, many friends have bought their own pour-over equipment and started teaching themselves how to make pour-over coffee at home. Logically speaking, self-learning pour-over coffee [more…]

The pouring method in pour-over coffee has a significant impact on the extraction result. Through comparative experiments, Front Street Coffee found that under low-flow conditions, center-pour single-pour extraction actually achieved a higher extraction yield than spiral pouring, due to two factors: heat retention and the contact area of the coffee bed; however, in terms of flavor performance, center pouring showed a concentrated, imbalanced character with bitterness. When switching to a three-stage pour, spiral pouring then surpassed center pouring. Based on these findings, a three-pour approach combining spiral and center pouring became a practical choice that balances even extraction with flavor cleanliness. This article presents the complete experimental data and principle analysis to help coffee enthusiasts understand the suitable scenarios for different pouring strategies. [more…]

Multi-pour pouring is a brewing technique commonly used by many enthusiasts in pour-over coffee, but for each pour, should you wait for the water level to drain completely before pouring again, or continue pouring while there is still liquid in the dripper? This seemingly minor choice actually affects the final extraction efficiency through two dimensions: extraction time and liquid concentration. Starting from a comparative experiment at Front Street, this article analyzes the specific effects of different pouring timings on extraction yield and flavor performance, and offers practical advice on how to flexibly choose pouring nodes in different brewing scenarios, helping you more precisely control the flavor direction of every cup of pour-over. [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…]

Segmented pouring is a common yet difficult-to-master method in pour-over coffee, with the challenge lying in judging when to stop pouring and when to pour again. This article uses Front Street Coffee's three-stage brewing as an example to explain in detail the techniques for judging pouring checkpoints. The article points out that you should not wait for the water to finish flowing before pouring again; subsequent pours should bring the coffee bed height to exactly the same level as the previous stage to ensure even extraction. Using 15g of coffee grounds as an example, the first stage is blooming, pouring 30ml of water and waiting 30 seconds; the second stage pours water to 1/2 of the short rib, with a reference water amount of 120ml, taking about 55 seconds to 1 minute; the third stage involves observing the water level dropping, and when it falls to 1/2 between the coffee bed and the filter wall, pour 90ml, with a reference time of 1 minute 10 seconds to 1 minute 15 seconds; pouring ends at about 1 minute 30 seconds to 1 minute 35 seconds, and the coffee liquid finishes flowing at about 2 minutes to 2 minutes 10 seconds. The logic for four-stage pouring is the same. [more…]

The biggest difference between pour-over coffee and other extraction methods is that the entire brewing process relies on manual pouring. Pouring water serves both to create turbulence and speed up the dissolution of flavor compounds, and to allow coffee grounds in different positions to be extracted relatively evenly. Precisely because it depends on human operation, any subtle change during the pouring stage can directly affect the final extraction yield. Front Street often says that about 30% of the substances in coffee beans are soluble, but not all of them need to be extracted. According to the Golden Cup extraction theory, 18%–22% is the extraction yield range generally accepted by most people. To stay reliably within this range, in addition to choosing parameters with a high margin for error, understanding the principles behind pouring is equally crucial. From Front Street's perspective, this article focuses on three variables—staged pouring, pouring height, and circling versus stationary pouring—and breaks down how they affect the extraction yield, helping you understand why you should pour this way and how to adjust. [more…]

When using a multi-pour technique for pour-over coffee, should the next pour of hot water be added before the previous pour has finished draining, or should you wait until it has completely drained? Different bloggers each have their own opinion, and in Front Street Coffee's sharing, the two methods even appear alternately, leaving many enthusiasts completely confused. In fact, the answer is not complicated—the choice of pouring timing directly affects the extraction yield, and the principle behind it is nothing more than two variables: contact time and liquid concentration. Through a set of comparative brewing experiments, Front Street Coffee used four pots of coffee with identical parameters, changing only the timing of the third pour, to measure the specific differences in extraction yield, and provided selection suggestions for different scenarios. After reading this article, you will understand when to pour in advance and when to patiently wait for the previous pour to finish draining, so you can control the flavor of pour-over coffee more precisely. [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…]

The charm of pour-over coffee lies not only in the flavor itself, but also in the ever-changing brewing techniques. In coffee enthusiast circles, there are seven major brewing schools: volcano pour, meteor pour, one-cut pour, three-cut pour, tamped pour, stirring method, and drip pour. Except for the drip pour, all the other methods use circular pouring. Each school has its own unique extraction logic and flavor orientation—some pursue layering, some emphasize sweetness, and some are better suited for enthusiasts to explore. This article breaks down the key operational points, pros and cons, and suitable scenarios for each method one by one, and includes practical advice from Front Street Coffee to help you find the style that suits you best in your daily brewing. [more…]

One of the charms of pour-over coffee lies in using different pouring techniques to bring out the diverse flavors of the same bean. Currently, the two most widely used methods—single-pour and three-stage—each have their own followers. Single-pour involves completing the target water volume in one go after blooming; it is simple to operate but extremely demanding on water flow stability and grind size. The three-stage method divides pouring into three phases, enhancing layering and compatibility through staged extraction. Using 15 grams of coffee and a 1:15 coffee-to-water ratio as an example, this article breaks down in detail the specific steps, pouring timing, and parameter requirements of both methods, and combines the brewing performance of Front Street Coffee Huakui and Colombia Huila Washed Caturra to help you find a brewing rhythm that suits you. [more…]

Among the various pouring methods for hand-brewed coffee, the "one-pour" technique is the first brewing method many beginners encounter, and it is often compared with the three-stage pour. On the surface, it seems simple to perform—just divide the total water into two pours—and its name is taken from the Japanese swordsmanship term "one strike, two cuts." In practice, however, the one-pour method is the hardest of all techniques to master; a single misstep can produce problems such as a thin, bland taste, sharp acidity, and a flat, one-dimensional flavor profile. In this article, Front Street Coffee provides a detailed analysis of the definition of the one-pour method, how it differs from the three-pour method, and why beginners are advised to start with the three-stage pour, while also explaining the key influence that water-flow control and parameter matching have on the success or failure of the one-pour method. [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…]

Among the many ways to brew pour-over coffee, the single-pour method is one of the first techniques many enthusiasts encounter and the easiest to understand. Its core logic is simple and clear—after the bloom, the entire target volume of water is poured in one go. That said, the single-pour method does not mean pouring water only once; the process still consists of two stages: the bloom and the main pour. Coffee brewed this way tends to be clean, clear, and consistent in flavor, but it also places stricter demands on pouring stability, grind size, and other parameters. In this article, from the perspective of a Front Street Coffee barista, we will break down the complete single-pour brewing process in detail, analyze its flavor performance and operational challenges, and help those just getting started quickly master this classic technique. [more…]

For more specialty coffee knowledge, please follow: Front Street Coffee (Frontsteet Coffee). One of the great joys of pour-over coffee is using different brewing techniques to interpret a cup of coffee. And as for pour-over methods, I believe everyone pays close attention. So the most widely spread pour-over technique at present is the one-pour method. [more…]

Pour-over coffee pouring techniques have always been one of the topics newbies care about most. Many friends who have just discovered Front Street Coffee often ask: why doesn't the coffee I brew taste good enough? In fact, understanding and applying the right brewing parameters is more important than obsessing over pouring techniques. This article compares two methods—circular pouring and single-point pouring—analyzes how the coffee bed changes, why turbulence occurs, and how stirring intensity affects extraction, while also answering common questions about pouring height and the direction of circular pouring. This set of pouring key points that Front Street Coffee has put together for beginners starts with slow, steady, and straight, helping you avoid channeling and brew an even, delicious pour-over coffee. [more…]

Pour-over coffee may seem simple, but in reality every pouring technique brings out a completely different flavor profile. Front Street Coffee's daily in-store offerings uniformly use the three-stage pour, but the baristas know well that changing the pouring height, water temperature, flow rate, or number of stages is equivalent to creating an entirely new brewing method. This article compiles five distinctive pour-over techniques—the one-pour method, the three-stage method, the agitation method (Rao's spin method), the 4-6 method, and the Kono-style method—breaking down their key operational points and suitable scenarios one by one, along with Front Street Coffee's complete brewing parameters, so that coffee enthusiasts can try them at home one by one and, through comparative tasting, find the cup that best suits their own taste. [more…]