Clone Recipe: James Squire 150 Lashes

Cloning James Squire 150 Lashes means crafting a highly sessionable Australian-style Pale Ale with a balanced malt profile and vibrant, fruity hop character. My recipe targets a clean fermentation, moderate bitterness (around 28 IBU), and a distinctive aroma from late and dry hopping with new-world hops like Galaxy, Ella, and Melba, resulting in an approachable, refreshing beer with an ABV of 4.5%.

The Brewer’s Hook: Chasing Balance in a Sessionable Pale Ale

When I first set out to clone an Australian-style Pale Ale like the James Squire 150 Lashes, I made a common mistake: I overcomplicated it. My initial batches were either too bitter, too malty, or lacked that distinct, refreshing hop character that makes this style so approachable. I remember one particular batch where I pushed the dry hops too aggressively, thinking “more is always better” for aroma. The result was a grassy, almost vegetal note that completely overwhelmed the delicate malt backbone. It was drinkable, yes, but it wasn’t the clean, crisp, fruity pale ale I was aiming for. What I learned, through painstaking iteration and detailed record-keeping (every brew has a story, and often, a lesson!), is that balance is paramount. It’s not about blasting it with hops or building a complex malt bill; it’s about subtle interplay. It’s about nailing the water profile, ensuring a super clean fermentation, and then layering in those fantastic new-world hop aromas without overpowering the canvas. That experience taught me to respect the delicate nature of this style and truly understand how each ingredient contributes to the final harmony. My recipe presented here is the culmination of those lessons, designed to hit that sweet spot of drinkability and character.

The Brewmaster’s Manual Calculation Guide: Dialing in Your Pale Ale

Successful brewing isn’t just about following a recipe; it’s about understanding the underlying mechanics and being able to adjust for your specific system and ingredients. Here, I break down the core calculations and ingredient choices that define this clone. My approach is always data-driven, ensuring I hit my targets consistently.

Grain Bill: The Foundation

For a 23-liter (6 US Gallon) batch, this malt bill provides the fermentable sugars for a 1.044 OG and the subtle character needed to support the hops without clashing.

Alcohol By Volume (ABV) Calculation

The standard formula I use, which accounts for the density change during fermentation, is a simple and reliable method to estimate your final ABV:

ABV = (Original Gravity – Final Gravity) * 131.25

For my target of OG 1.044 and FG 1.010:

ABV = (1.044 – 1.010) * 131.25

ABV = 0.034 * 131.25

ABV = 4.46%, which I round to 4.5%.

International Bitterness Units (IBU) – A Targeted Approach

Calculating IBU precisely involves complex formulas (like Tinseth or Rager), which factor in alpha acid percentages, boil time, wort gravity, and even hop form. For homebrewing, I aim for a target IBU and use a reliable brewing software or simplified tables. My goal is 28 IBU for this beer. Here’s my hop schedule and the approximate IBU contribution for each addition (based on a 23L batch at 1.044 OG):

Yeast Pitching Rate

For a clean ale fermentation, proper pitching rate is crucial. For an ale of 1.044 OG, I target approximately 0.75 million cells/mL/°P. With a 23L batch and an OG of 1.044 (approx. 11°P), this translates to needing around 170-190 billion cells. One packet of dried US-05 yeast (11.5g) typically contains around 200 billion viable cells, making it perfect for direct pitching without a starter. If using liquid yeast, a single pack will likely require a starter to reach this cell count.

Water Profile: The Unsung Hero

For a bright, hoppy pale ale, I aim for a balanced water profile that enhances hop character without clashing with the malt. My target profile, which I achieve using RO water and mineral additions, is:

To achieve this, I typically add 5g Gypsum (Calcium Sulfate), 2g Calcium Chloride, and 1g Epsom Salt (Magnesium Sulfate) per 20 liters of strike water, adjusting slightly based on my specific municipal water report or starting with RO water for maximum control.

Step-by-Step Execution: Brewing Your Clone

1. Water Preparation (60 minutes):
   • Start with your desired volume of brewing water (typically mash volume + sparge volume). For a 23L batch, I usually start with about 28-30L of total water.
   • Adjust your water profile using the guidelines above. For example, add 5g Gypsum, 2g Calcium Chloride, and 1g Epsom Salt to your total water volume. Stir thoroughly.
   • Heat your strike water to achieve a mash temperature of 66°C (151°F). If your mash tun loses heat quickly, aim for a strike temperature of around 71-73°C (160-164°F).
2. Mashing (60 minutes):
   • Mill your grains to a medium-fine crush.
   • Dough in your crushed grains, ensuring no dry clumps. Aim for a mash thickness of 2.5-3 liters of water per kilogram of grain.
   • Maintain a mash temperature of 66°C (151°F) for 60 minutes. This temperature favors beta-amylase activity for a fermentable wort, leading to a dry finish.
   • After 60 minutes, raise the mash temperature to 76°C (170°F) for 10 minutes for a mash-out. This stops enzymatic activity and reduces wort viscosity for better sparging.
3. Lautering & Sparge (60-90 minutes):
   • Recirculate the wort until it runs clear, typically 10-15 minutes.
   • Begin collecting your wort. Sparge with 77°C (170°F) water. I typically aim for about 26-27 liters of pre-boil wort, accounting for boil-off.
   • Monitor your specific gravity during sparging; stop sparging if it drops below 1.008 to avoid tannin extraction.
4. Boiling (60 minutes):
   • Bring your collected wort to a vigorous rolling boil.
   • 60 minutes: Add 10g Magnum hops (12% AA).
   • 15 minutes: Add a wort chiller to sanitize it.
   • 10 minutes: Add 20g Galaxy hops (14% AA).
   • 5 minutes: Add 15g Ella hops (15% AA).
   • 0 minutes (Flameout): Turn off the heat. Add 20g Melba hops (9% AA) for a 20-minute whirlpool/steep.
5. Chilling & Aeration (30-45 minutes):
   • Rapidly chill the wort to 18-20°C (64-68°F) using your wort chiller. Rapid chilling helps prevent DMS formation and creates a good cold break.
   • Transfer the chilled wort to your sanitized fermenter. Aerate vigorously by shaking, using an aeration stone, or by simply splashing during transfer. This provides vital oxygen for healthy yeast growth.
   • Take an Original Gravity (OG) reading. You should be around 1.044.
6. Fermentation (7-10 days):
   • Pitch 1 packet (11.5g) of Fermentis US-05 dry yeast, rehydrated according to manufacturer instructions, or your equivalent liquid yeast (ensure proper cell count).
   • Maintain fermentation temperature between 18-20°C (64-68°F). I aim for the lower end to ensure a very clean fermentation profile, letting the hops shine.
   • Day 3: Once fermentation shows signs of slowing (krausen dropping), add the first dry hop charge: 30g Galaxy and 20g Ella.
   • Day 7: Add the second dry hop charge: 20g Melba.
   • Allow the dry hops to steep for 3-5 days.
7. Cold Crash & Packaging (3-7 days):
   • After dry hopping, cold crash the beer to 0-4°C (32-39°F) for 2-3 days. This helps to drop out yeast and hop particles, leading to a clearer beer.
   • Rack the beer off the yeast cake and hops into a sanitized keg or bottling bucket. Take a Final Gravity (FG) reading; it should be around 1.010.
   • Kegging: Force carbonate to 2.4-2.6 volumes of CO2 at 2°C (36°F) over 3-5 days.
   • Bottling: Prime with 120-130g (4.2-4.6 oz) dextrose (corn sugar) dissolved in boiled water for 23 liters. Bottle and condition at room temperature for 2-3 weeks before chilling.

Troubleshooting: What Can Go Wrong and How I Fix It

Even with meticulous planning, brewing can throw curveballs. Here are common issues I’ve encountered when brewing this style and my go-to solutions.

1. Stuck Fermentation / High Final Gravity

• Symptom: Gravity reading hasn’t changed for several days, significantly above target FG (e.g., 1.015+).
• My Fix: First, ensure your thermometer is calibrated and your hydrometer reading is temperature-corrected. If the reading is accurate, rousing the yeast by gently swirling the fermenter can sometimes restart activity. If not, I’ll pitch a fresh packet of healthy yeast (e.g., another packet of US-05) rehydrated correctly, ensuring adequate aeration. Check fermentation temperature; sometimes a slight bump up (e.g., to 22°C / 72°F) for a day or two can help finish it off, but be wary of off-flavors at higher temperatures.

2. Off-Flavors (Diacetyl, Acetaldehyde, Oxidation)

• Symptom: Buttery/butterscotch (diacetyl), green apple/pumpkin (acetaldehyde), or wet cardboard/sherry (oxidation).
• My Fix:
  • Diacetyl: Often due to short fermentation or crashing too early. I extend the fermentation for a “diacetyl rest” at a slightly warmer temperature (20-22°C / 68-72°F) for 2-3 days after primary fermentation slows, allowing the yeast to clean up.
  • Acetaldehyde: Usually a sign of immature beer or stressed yeast. Give the beer more time in the fermenter. Ensure adequate yeast pitching and aeration at the start.
  • Oxidation: My most critical lesson. This happens post-fermentation. I am obsessively careful about minimizing oxygen exposure during racking, dry hopping, and packaging. I use CO2 purges for kegs and bottling buckets, and gentle transfers. Once oxidized, it’s hard to fix, so prevention is key.

3. Hazy Beer

• Symptom: Persistent cloudiness even after cold crashing.
• My Fix: While some haze is acceptable in this style from dry hopping, excessive haze can be from chill haze, yeast in suspension, or protein haze. I ensure a good cold crash (0-4°C / 32-39°F) for at least 48-72 hours. Adding a fining agent like gelatin (1/2 tsp dissolved in 1 cup of hot water, added to the cold-crashed beer) can work wonders for clarity. I also make sure I’m not over-milling my grain to avoid excess protein.

4. Low Brewhouse Efficiency

• Symptom: Consistently hitting lower-than-expected Original Gravity.
• My Fix: I’ve tackled this many times. First, check your grain crush; it might be too coarse. Fine it up slightly. Ensure your mash temperature is consistent and accurate; enzyme activity is crucial. Verify your mash pH (target 5.2-5.4) as off-pH can hinder conversion. Finally, confirm you’re sparging slowly and efficiently, ensuring all sugars are rinsed from the grain bed without running off too much. Understanding your system’s efficiency is vital for consistent results, and I meticulously log every brew at BrewMyBeer.online to track my trends.

Sensory Analysis: What You Should Experience

My goal with this clone is to capture the essence of James Squire 150 Lashes, which means delivering a refreshing and balanced experience. Here’s what you should expect from your finished brew, based on my successful batches:

Appearance

Expect a brilliant, clear golden straw color, radiating a bright energy. It should be crowned with a persistent, creamy white head of fine bubbles that laces beautifully down the glass as you drink. Clarity is usually excellent, especially after a good cold crash and fining, showcasing its refreshing character.

Aroma

The first impression should be a vibrant burst of tropical fruit from the Galaxy and Melba hops – think passionfruit, guava, and a hint of citrus peel. This is beautifully complemented by a subtle floral and spicy note from the Ella hops. Beneath the hop complexity, you’ll detect a clean, low-level malt aroma, reminiscent of fresh bread or subtle biscuit, without any cloying sweetness. Esters from the US-05 yeast will be minimal, letting the hops truly shine.

Mouthfeel

This beer is all about refreshment. It should have a light to medium body, feeling smooth and clean on the palate, never heavy or sticky. Carbonation should be lively but soft, enhancing the drinkability. There should be a pleasant crispness that cleanses the palate, making you eager for the next sip. No significant astringency or harshness should be present.

Flavor

The flavor profile largely mirrors the aroma, leading with bright, juicy tropical and stone fruit notes – passionfruit and peach are prominent, underpinned by a gentle citrus zest. The bitterness, at 28 IBU, is firm and balanced, providing a clean counterpoint to the hop flavor without being aggressive or lingering. The malt backbone is subtle but present, offering just enough bready or biscuity character to support the hops and prevent the beer from tasting thin. It finishes dry and incredibly refreshing, inviting another sip. There should be no off-flavors like diacetyl or acetaldehyde.

Frequently Asked Questions

Can I substitute the specified hop varieties?

Absolutely, but expect a slightly different character. Galaxy is hard to truly replicate due to its unique passionfruit profile. However, you could substitute for other new-world hops like Citra, Mosaic, or Vic Secret for similar tropical notes, or even an American C-hop like Cascade or Centennial for a more traditional American Pale Ale profile. Just be aware that each hop brings its own nuances. If you make a substitution, I recommend adjusting the amounts and timing to maintain the target IBU and balanced hop intensity, then make careful tasting notes to guide future brews. Your results are critical for evolving your understanding, and sharing them on BrewMyBeer.online helps the whole community.

Why is the specific water profile so important for this style?

Water chemistry, though often overlooked by newer brewers, profoundly impacts the final beer. For a pale ale, the balance of sulfate and chloride ions is key. A higher sulfate-to-chloride ratio (my target of 120-150 ppm SO₄²⁻ to 40-60 ppm Cl⁻) enhances hop crispness, accentuates bitterness, and gives a drier, more defined finish. Chloride, on the other hand, can round out malt flavors and contribute to mouthfeel. Getting this balance right ensures the hops truly pop and the beer doesn’t taste flat or overly malty, which is crucial for cloning the bright, refreshing character of 150 Lashes.

How critical is the dry hopping schedule?

Very critical. For an Australian-style Pale Ale, the vibrant aroma is a signature characteristic. My two-stage dry hopping schedule is designed to maximize extraction of different volatile hop compounds. The first dry hop addition during active fermentation (Day 3) can lead to ‘biotransformation,’ where yeast enzymes interact with hop compounds to create new, complex aromatic compounds, often intensifying fruity notes. The second addition post-fermentation (Day 7) captures fresh, vibrant hop oils that might otherwise be scrubbed away by CO2 during the most vigorous fermentation. Skipping or altering this schedule significantly will impact the intensity and complexity of the beer’s aroma.

What is the recommended shelf life for this clone, and how should it be stored?

For optimal flavor and aroma, I recommend consuming this clone within 2-3 months if kegged and kept cold (0-4°C / 32-39°F). If bottled, the shelf life is slightly longer due to less oxygen exposure and stable conditions, but I still aim for consumption within 3-4 months. After this period, the delicate hop aromas will begin to fade, and potential oxidation notes may develop, dulling the beer’s vibrancy. Always store your finished beer cold and away from light to preserve its quality and extend its shelf life as much as possible.