Sorachi Ace and Lemondrop both have lemon in their supplier descriptions, but they describe different aroma profiles and different alpha-acid ranges. Sorachi Ace’s Hopsteiner profile includes sweet and cedar impressions; Lemondrop’s includes mint, tea and a little melon. Decide which profile suits your idea, then compare the actual lots under consistent conditions.
What the current supplier sheets actually say
Hopsteiner’s Sorachi Ace sheet identifies its Sapporo breeding origin and a 1988 release. Its Lemondrop sheet identifies the Hopsteiner breeding programme. The earlier article’s account of a Washington State University origin for Lemondrop is not supported by this manufacturer source.
| Reference point | Sorachi Ace | Lemondrop |
|---|---|---|
| Hopsteiner aroma description | Lemon with sweet and cedar impressions | Lemon with mint, green tea and a slight melon impression |
| Alpha acids | 10–15% | 5–7% |
| Total oil | 2.5–4.5 mL per 100 g | 1.5–2 mL per 100 g |
| Sheet update | 11 February 2025 | 13 October 2025 |
The sheets were checked for this review on 5 October 2026. Their published ranges describe varieties, not a guaranteed analysis of your packet. The same producer’s regional product pages can show different ranges, so keep the specific reference and the actual lot certificate attached to your notes instead of combining them into one supposedly exact value.
Choose the comparison you want to make
There are two useful questions. A recipe comparison asks whether you prefer the resulting beer when you replace the variety while keeping the addition rate and process consistent. A bittering comparison asks what mass gives an equivalent nominal alpha-acid charge under unchanged utilisation assumptions. They need different controls.
For a beer intended to explore lemon alongside herbs or wood, Sorachi Ace is a source-informed candidate. For lemon alongside tea or mint, Lemondrop is a candidate. Those are editorial interpretations of the supplier descriptions. Neither is a promise of a crowd-pleasing beer, a pure lemon-candy result, or a universal dill or coconut character.
A bittering swap changes the amount of hops
Suppose an early addition calls for 20 g of a Sorachi Ace lot at 12% alpha. A Lemondrop lot at 6% would require 20 × 12 ÷ 6 = 40 g to preserve the nominal alpha charge if product form, timing, wort and utilisation remain the same. That doubles the hop mass; it does not duplicate the aroma profile.
This example uses assumed lot values within the cited reference ranges. It is arithmetic, not a recommended addition or a finished-beer measurement. If you change the hopping stage or product, recalculate the full recipe rather than extending this ratio beyond its assumptions. Our hop substitution calculator explains the same limited bittering comparison.
Plan a useful aroma experiment
- Write the question first. For example: which lot better supports the planned lemon-and-herbal aroma?
- Choose one treatment to compare. Hold the base recipe, product form and addition conditions constant. Keep bittering adjustments separate.
- Scale by actual sample volume. An illustrative trial rate of 1 g/L needs 2 g in a 2-litre sample and 3 g in a 3-litre sample. This demonstrates equal rates; it does not prescribe an optimal dose.
- Use coded samples. Record aromas in your own words before revealing which variety each sample contains.
- Retain an honest result. “I noticed tea in this lot under these conditions” is useful evidence. “Everyone will prefer this hop” goes beyond the observation.
This is a suggested comparison design. BrewMyBeer has not performed it. Follow an established fermentation and packaging process, and make readiness decisions from the required observations rather than treating the end of a chosen aroma trial as automatic permission to package.
Do lemon hops replace lemon fruit?
A lemon descriptor does not make a hop a fixed replacement quantity for zest, juice or an extract. These are different ingredients with different specifications. If the recipe question is about a fruit addition, evaluate that question separately; neither Hopsteiner sheet establishes that a hop will always be fresher, cleaner or better than fruit.
Quick challenge: keep the aroma trial fair
Sample A has 2 litres and 4 g of hops. Sample B has 3 litres. How much hop material gives Sample B the same mass-per-volume rate?
Answer: 6 g. Sample A uses 2 g/L; 3 × 2 = 6. Equal rates help define the comparison, but do not guarantee equal aroma intensity.
Need a broader replacement strategy? Read the hop substitution guide. Keep a record of the two lots and your observations in your beer lab.
Editorial note: this is a supplier-backed comparison and an unperformed trial design, replacing the previous article’s unsupported first-person tasting account. Sources checked 5 October 2026.