Almond Buttermilk Ice Cream
Creamy almond ice cream with a fresh buttermilk tang, mild honey, and a clean marzipan-like finish.
Balanced on paper; not physically tested yet.
Ingredients
Tap ingredients as you weigh them.
Almond-buttermilk base
Optional topping
The small print names the exact — often Dutch — products this recipe was calculated with. Equivalents work, but if a label differs materially, the formula deserves a recalculation.
Prepare
Disperse the gums
In a completely dry bowl, thoroughly combine the sugar, dextrose, skim milk powder, guar gum, xanthan gum, and salt. Break up every visible lump and make sure the tiny gum quantities are evenly diluted through the other powders before they touch liquid.
Blend the liquids
Combine the buttermilk, cream, almond butter, honey, and almond aroma in a tall blending jug. Use an immersion blender until the almond butter is completely dispersed, keeping the blade submerged so the mixture does not become foamy.
Add the dry mixture
With the immersion blender running, gradually sprinkle the dry mixture into the moving liquid. Blend for another 30-45 seconds until completely smooth and uniform without deliberately whipping in air.
Age the base
Cover and refrigerate for 4-12 hours so the milk powder and gums can hydrate and the almond flavor can integrate. Stir gently before filling if any separation is visible.
Fill and freeze
Pour the approximately 443 g base into the NC300EU pint, confirm it is below the molded MAX FILL line, fit the storage lid, and freeze on a level surface for at least 24 hours. Leave the optional almonds out of the frozen base.
Finish
If using the optional sliced almonds, toast them in a dry pan until lightly golden and fragrant, then cool completely. Scatter them over each serving rather than processing them into the base so they remain crisp.
Spin plan
Confirm the frozen surface is level, there is no tall hard hump, the pint remains below MAX FILL, and the base is within -12°C to -25°C.
Run Ice Cream once.
If creamy, stop. If safely powdery or crumbly, scrape the sides inward and RE-SPIN once. Do not add liquid automatically. If too soft, do not keep spinning; refreeze until firmer.
Smooth leftovers flat before refreezing. When hard, rerun Ice Cream rather than RE-SPIN; the refreeze behavior of this formula has not yet been tested.
Notebook
Development notes
Inspired by jhermann’s Almond Buttermilk (Deluxe)/, but rebuilt directly for one NC300EU pint rather than geometrically scaled. This conventional-sugar version replaces the source recipe’s polyols, glycerin, amaretto, GMS, CMC, inulin, and multi-gum premix with cream, honey, dextrose, skim milk powder, and a restrained guar-xanthan blend.
Test notes
Not tested yet. Awaiting the first physical test batch.
- Freezer temperature:
- Frozen-base temperature before processing:
- First-spin texture:
- RE-SPIN required:
- Almond intensity and aroma:
- Buttermilk tang:
- Sweetness and honey character:
- Gumminess, chalkiness, or dryness:
- Sidewall ice:
- Melt and immediate serving texture:
- Refreeze result:
- Changes for the next batch:
Formula details PAC, POD, and solids for the curious
- Convention
- Sucrose = 1; includes sucrose, dextrose, honey sugars, lactose, almond sugar, and salt
- PAC
- 27.3
- POD
- 16.5
- Total solids
- 36.9%
- Fat
- 10.2%
- Protein
- 5.3%
- Formula values describe the approximately 443 g frozen base; the optional almond topping is excluded.
- PAC uses dextrose monohydrate FPDF 1.9/POD 0.75, honey sugars estimated at 81% with invert-sugar FPDF 1.9/POD 1.3, lactose PAC 1.0/POD 0.2, and salt FPDF 5.9.
- The 0.50 g guar and 0.15 g xanthan provide approximately 0.15% active hydrocolloid in a roughly 3.3:1 ratio. Do not add another stabilizer blend on top without recalculating the active gum dose.
- Nutrition and composition are estimates based on the current AH buttermilk and cream labels, BioToday almond butter, and representative dextrose, honey, and skim-milk-powder composition. Product substitutions require recalculation.
- Designed for immediate serving from an approximately -18°C freezer; first-spin, melt, and refreeze behavior have not been physically tested.