Extract Homebrew Beer Recipes

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Title	Style	Size	OG	FG	ABV	IBU	Color	Views	Brewed	Rating
Awesome Recipe	No Profile Selected	560 Litres	1.05	1.01	5.22	0	4.02 °L	65	0
Author: komainu Boil Size: 600 Litres Boil Time: 60 Boil Gravity: 1.046 Efficiency: 80 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 6/30/2026 2:04 AM Notes:
Awesome Recipe	No Profile Selected	21.8 Litres	1.023	1.006	2.24	0	2.88 °L	65	0
Author: Boil Size: 28.4 Litres Boil Time: 60 Boil Gravity: 1.017 Efficiency: 75 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 7/28/2026 4:07 AM Notes:
Grapefruit Paloma	No Profile Selected	7.5 Gallons	1.013	1.003	1.32	0	6.91 °L	65	0
Author: Boil Size: 9 Gallons Boil Time: 60 Boil Gravity: 1.011 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 8/2/2026 4:59 PM Notes:
Stone Delicious IPA	American IPA	5.5 Gallons	1.072	1.017	7.29	78.05	7.51 °L	65	0
Author: Back9brewery_AZ Boil Size: 7 Gallons Boil Time: 60 Boil Gravity: 1.057 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: 68 ° F Priming Method: N/A Priming Amount: N/A Creation Date: 10/25/2026 12:51 PM Notes: Note: Stone crafts the commercial version as a gluten-reduced beer, which typically utilizes an enzyme like Clarity Ferm during fermentation Dry hop - Add during secondary conditioning for 5 days
Franks Fresh Hops Black IPA	Specialty IPA: Black IPA	4 Gallons	1.032	1.008	3.19	0	2.6 °L	65	0
Author: Boil Size: 4.5 Gallons Boil Time: 60 Boil Gravity: 1.029 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 10/24/2026 7:16 AM Notes:
Dark Mild 10	No Profile Selected	12.5 Gallons	1.038	1.013	3.37	16.34	28.81 °L	65	0
Author: Boil Size: 15 Gallons Boil Time: 60 Boil Gravity: 1.032 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: 64 ° F Priming Method: dextrose Priming Amount: 3.7 oz Creation Date: 8/22/2026 10:38 PM Notes:
Delerium And Cherry Split Batch	Belgian Golden Strong Ale	8 Gallons	1.075	1.014	7.99	3.3	6.77 °L	65	0
Author: aarondiggins Boil Size: 9.47 Gallons Boil Time: 90 Boil Gravity: 1.053 Efficiency: 72 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: 72 ° F Priming Method: dextrose Priming Amount: 10 oz Creation Date: 10/21/2026 5:19 PM Notes:
Hibiscus Sorrel	Spice, Herb, or Vegetable Beer	15 Gallons	1.048	1	6.25	0	9.99 °L	65	0
Author: Boil Size: 17 Gallons Boil Time: 60 Boil Gravity: 1.042 Efficiency: 75 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 9/17/2026 5:34 PM Notes:
The Leftovers	American IPA	5.5 Gallons	1.038	1.008	3.9	40.73	8.03 °L	65	0
Author: Moose Lodge Mike Boil Size: 6.95 Gallons Boil Time: 60 Boil Gravity: 1.031 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 9/23/2026 1:36 AM Notes:
SB83-1: Cream Ale	Cream Ale	5.5 Gallons	1.051	1.009	5.47	15.97	3.27 °L	64	0
Author: Jacob Melby Boil Size: 7 Gallons Boil Time: 60 Boil Gravity: 1.04 Efficiency: 75 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 7/6/2026 5:23 PM Notes:
PILSNER	No Profile Selected	500 Litres	1.05	1.008	5.5	25.19	3.82 °L	64	0
Author: Boil Size: 520 Litres Boil Time: 75 Boil Gravity: 1.048 Efficiency: 75 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 10/14/2026 8:06 AM Notes:
German Pilsner FWK	No Profile Selected	20 Litres	1.045	1.008	4.85	0	5.25 °L	64	0
Author: luddiluddludde Boil Size: 28.5 Litres Boil Time: 60 Boil Gravity: 1.032 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 10/4/2026 9:08 AM Notes:
Rising Multipliers In Crash Games: What You Need To Know	No Profile Selected	5.5 Gallons	1.008	1.002	0.83	0	9.04 °L	64	0
Author: Boil Size: 3 Gallons Boil Time: 60 Boil Gravity: 1.015 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: co2 Priming Amount: 1 Creation Date: 9/23/2026 7:08 AM Notes: Crash games have become one of the most recognizable formats in modern online gaming because their rules appear simple while each round develops in real time. When learning how the [aviator game](http://black-leatherjackets.com/) works, one of the first things to understand is the rising multiplier, because it determines how the value displayed on the screen changes during a round and why the timing of each decision becomes such an important part of the experience. Behind the minimalist interface is a format built around speed, uncertainty, and a clear sequence of events that differs greatly from traditional slots or table games. Unlike a slot, where reels stop and immediately reveal the outcome, a crash round unfolds continuously. A multiplier usually starts close to 1.00x and then rises. At an unpredictable point, the round ends. Understanding this basic structure is essential before exploring additional functions, statistics, or interface tools. What Is a Rising Multiplier? The multiplier is the central numerical value displayed during a crash-game round. It generally begins at a low level and increases as the round continues. For example, the value may move from 1.10x to 1.50x, 2.00x, and beyond. A larger number represents a higher potential return relative to the original stake if the round is exited successfully before it ends. The important detail is that there is no fixed duration. One round may finish almost immediately, while another may continue long enough for the multiplier to rise significantly. This unpredictability is what creates the distinctive rhythm of crash-style games. How a Typical Round Develops Most crash games follow a short sequence. First, there is a preparation period during which users can configure their participation. Once the round begins, the multiplier starts moving upward. As long as the round remains active, the displayed value continues to increase. The user can usually choose to exit before the crash point. If the round ends first, the opportunity associated with that round disappears. Because everything happens quickly, the format feels very different from slower casino games. There is usually less emphasis on complex rules and more emphasis on understanding the timing and interface. Why the Multiplier Can Rise So Quickly The speed of the multiplier is part of the game design. It does not necessarily increase at the same apparent pace throughout every moment of a round. At lower values, movement may seem gradual, while higher numbers can appear to develop much faster. This visual acceleration makes longer rounds feel increasingly intense. However, a fast-rising number should not be confused with a prediction. The fact that the multiplier has already reached a particular value does not tell the user exactly when the round will end. Each round must therefore be considered separately. The Crash Point The crash point is the value at which the round stops. If a round ends at 1.47x, for example, the multiplier does not continue to 1.48x. The entire sequence finishes at that moment, and a new round later begins from the starting level. The exact system used to determine outcomes depends on the game implementation. What matters from a user perspective is that the crash point cannot be identified simply by watching the previous sequence of rounds. A history full of low results does not mean that a high multiplier must appear next. What the Informational Resource Explains The dedicated informational website focuses on helping readers understand the structure of this crash-style format before interacting with it. Its materials explain how a round begins, how the multiplier develops, and what happens when the sequence stops. This is particularly useful for newcomers who may initially find the rapidly changing numbers and controls difficult to interpret. Another focus of the resource is the interface itself. Readers can learn what the main controls represent, where important information is displayed, and how individual stages of a round connect. Instead of presenting the format only as fast-moving entertainment, the site breaks its mechanics into understandable components that can be studied separately. The resource also provides practical background on terminology commonly encountered in crash games. By explaining multipliers, round history, timing, and basic functions in a structured way, it serves as a reference point for users who want to understand the format rather than rely on guesswork. Such guides can be especially helpful before exploring more advanced interface features. Round History and Previous Results Many crash-game interfaces display a sequence of previous multipliers. This history can be useful for understanding how widely outcomes vary. A user may see several rounds ending below 2x followed by a much higher number. However, historical results should not be treated as a reliable forecasting system. They describe what has already happened rather than what must occur next. A common misunderstanding is to assume that several low values make a large multiplier more likely. Independent rounds do not necessarily follow such a pattern. Auto Cash-Out Some crash games provide an automatic exit function. The user can set a specific multiplier, such as 1.50x or 2.00x, before the round begins. If the multiplier reaches that number before the crash point, the system performs the action automatically. This feature can be useful because it removes the need to press a button at an exact moment. It is still important to understand that setting an automatic value does not make the selected multiplier more likely to occur. It simply defines how the interface should respond if that level is reached. Manual Control Manual interaction works differently. Instead of choosing a predefined value, the user follows the multiplier and decides when to act during the round. This makes the experience more interactive but also requires attention because crash rounds can end quickly. On a slow connection or an overloaded device, delays may affect how responsive the interface feels. For that reason, stable technical performance matters more in real-time crash games than in many slower formats. Two Simultaneous Positions Some versions of crash-style games allow two separate positions to be configured for the same round. For example, one may use an automatic target while another remains under manual control. This feature adds flexibility to the interface, although it does not change the underlying uncertainty of the round. Users should understand each field and control before activating multiple settings, because a busier interface can be confusing for someone unfamiliar with the format. Why High Multipliers Attract Attention Large multipliers are visually dramatic, which is why they often become the most memorable part of a session. A value of 20x or 50x naturally stands out more than a series of results around 1.5x. This can create a distorted impression of how frequently extreme results occur. People tend to remember unusual outcomes more easily than ordinary ones. For a clearer understanding of the game, it is better to view the multiplier as a mechanical element rather than focus only on rare high values. Crash Games vs. Online Slots Crash games and slots both use digital systems, but their interfaces operate very differently. In a slot, the user starts a spin and waits for the symbols to settle. The result is then displayed immediately. In a crash game, the round remains active while the multiplier increases. The ongoing movement creates a stronger sense of real-time participation. Slots also tend to contain paylines, wild symbols, scatter symbols, and bonus rounds, while crash games often emphasize a much smaller number of central functions. The Importance of Interface Clarity Because rounds can move quickly, a good interface should make essential information easy to read. The current multiplier needs to be prominent. Controls should be clearly separated, and any automatic settings should be visible before the round starts. A cluttered design can make a simple game unnecessarily difficult to follow. This is one reason informational guides often explain the screen layout in addition to the basic rules. Understanding where each function is located makes the format easier to navigate. Mobile Play Crash games are well suited to smartphones because they usually rely on a relatively simple central display. The multiplier occupies most of the screen, while the primary controls can be positioned below it. However, mobile performance still depends on browser compatibility, device resources, and connection quality. Since the game develops in real time, a stable connection is particularly useful. Delays or interruptions can make it harder to follow the progression of a round smoothly. Does a Strategy Predict the Next Multiplier? No sequence of previous values provides certainty about the next crash point. Systems based on “hot” or “cold” streaks often rely on the idea that past results must influence future ones. This is a common misconception in games with independent outcomes. Changing the selected target also does not alter the underlying round. A user may choose a low or high multiplier as an exit point, but that decision does not determine how far the actual round will continue. Common Beginner Misunderstandings New users sometimes assume that a slowly rising multiplier is safer than a rapidly rising one. The visual pace, however, should not be interpreted as a signal about the final crash point. Another mistake is waiting for a particular value simply because it has not appeared recently. Some users also focus exclusively on unusually high multipliers visible in the history panel. This can lead to unrealistic expectations about typical rounds. The most useful first step is simply understanding how the interface and multiplier mechanism operate. Why Learning the Rules First Matters Crash games look straightforward, but their speed can make unfamiliar controls confusing. Before participating in a round, it is worth understanding the starting phase, multiplier movement, exit function, automatic settings, and history display. A few minutes spent reading an explanatory guide can make the interface much easier to follow. This is especially valuable for users moving from slots or table games, because crash mechanics use a very different structure. Rising multipliers are the defining feature of crash games. They transform a simple numerical display into a real-time sequence in which every round begins at a low value and ends at an unpredictable point. To understand the format properly, users should know how the multiplier develops, what the crash point represents, how manual and automatic controls differ, and why previous rounds cannot reliably predict future outcomes. Interface design, stable connectivity, and clear explanations also play an important role, particularly for beginners. Crash games may look simple at first glance, but understanding their mechanics makes the experience far easier to follow.
Flashtoberfest	Märzen	5.5 Gallons	1.057	1.012	5.81	0	7.75 °L	64	0
Author: CraftCounts Boil Size: 3 Gallons Boil Time: 60 Boil Gravity: 1.104 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 8/22/2026 2:24 PM Notes:
Awesome Recipe	Vienna Lager	6 Gallons	1.05	1.011	5.12	25.64	9.28 °L	63	0
Author: Boil Size: 7 Gallons Boil Time: 60 Boil Gravity: 1.043 Efficiency: 75 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: 60 ° F Priming Method: N/A Priming Amount: N/A Creation Date: 10/7/2026 11:55 PM Notes:
Citrus Radiance	Specialty Fruit Beer	11 Gallons	1.06	1.01	6.49	22.12	6.13 °L	63	2
Author: Stu S Boil Size: 14.18 Gallons Boil Time: 60 Boil Gravity: 1.055 Efficiency: 68 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 9/12/2026 2:01 AM Notes: Zest additions are split between two half-batch fermenters.
Equatorial Extract Wheat	Witbier	10 Gallons	1.052	1.013	5.11	17.22	6.65 °L	63	2
Author: Stu S Boil Size: 13.11 Gallons Boil Time: 60 Boil Gravity: 1.047 Efficiency: 68 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 10/15/2026 2:54 AM Notes:
PFreal Clone	American IPA	3.5 Gallons	1.068	1.014	7.04	40.69	3.88 °L	63	1
Author: phoenix333 Boil Size: 4.83 Gallons Boil Time: 60 Boil Gravity: 1.05 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: dextrose Priming Amount: 2.9 oz Creation Date: 9/4/2026 10:25 PM Notes: A clone of the Firestone Walker beer https://www.firestonewalker.com/beer/pfreal/
パンク	American IPA	500 Litres	1.069	1.017	6.82	31.58	7.16 °L	63	0
Author: Boil Size: 500 Litres Boil Time: 60 Boil Gravity: 1.069 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: N/A Priming Amount: N/A Creation Date: 8/12/2026 2:30 AM Notes:
Hefeweisen Maison	Weissbier	20 Litres	1.063	1.017	6.06	12.74	11.09 °L	63	0
Author: ordi étienne Boil Size: 23 Litres Boil Time: 60 Boil Gravity: 1.055 Efficiency: 70 Mash Thickness: N/A Sugar Scale: Specific Gravity Brew Method: Extract Pitch Rate: 0.35 Primary Temp: N/A Priming Method: sucrose Priming Amount: 12.7 g Creation Date: 10/27/2026 11:56 PM Notes:
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