Oat and cinnamon ice cream (lactose-free)

A light ice cream made with oat drink and lactose-free milk, sweetened with maple syrup, with fibre from inulin.

Oat drink has a gentle cereal sweetness that, with cinnamon and maple syrup, is reminiscent of porridge. On its own it is thin and almost fat-free, though, so the recipe adds lactose-free milk and cream — the ice cream is lactose-free but not vegan. The healthier side: about 150 kcal per 100 g and just under 8 % fat, with a little fibre from the oats and inulin. The trade-off: it is lighter and less creamy than cream ice cream, and harder straight from the freezer. Watch out for gluten — oat drink is gluten-free only if the packaging explicitly says so.

Type: Italian gelato · Servings: 8 · Difficulty: Moderate

Equipment

Ingredients

  • 400 g oat drink (unsweetened; for coeliac disease, only one labelled “gluten-free”)
  • 250 g lactose-free whole milk 3.5 %
  • 200 g lactose-free whipping cream 33 %
  • 60 g maple syrup
  • 70 g granulated sugar (sucrose)
  • 55 g dextrose (glucose powder)
  • 20 g inulin (chicory)
  • 1.5 g locust bean gum (carob gum, E410)
  • 1 g ground cinnamon (1/2 teaspoon)

Making the mix

  1. Mix the dry sugar, dextrose, inulin, locust bean gum and cinnamon.
  2. Heat the oat drink, milk and cream to 40 °C and, whisking constantly, pour in the dry mix.
  3. Heat to 85 °C and hold for 2 minutes. Oat drink thickens with longer cooking, so don’t boil it.
  4. Take off the heat, stir in the maple syrup, cool in iced water and leave to age in the fridge for at least 4 hours.

Method — Compressor ice cream maker

  1. Switch on the ice cream maker 5–10 minutes in advance so the bowl pre-chills.
  2. Pour in the chilled mix (no higher than the fill line) and churn for 30–40 minutes until it has the consistency of a thick cream.
  3. Transfer to a chilled container, cover the surface with cling film and leave to harden in the freezer for about 90 minutes.

Total time: 7 h

Method — Freezer-bowl ice cream maker

  1. Freeze the bowl for at least 24 hours in advance. Take it out just before use, fit the paddle and switch the machine on.
  2. With the machine running, pour in the thoroughly chilled mix — filling the bowl no more than two-thirds full; freeze the rest as a second batch.
  3. Churn for 20–30 minutes until the mix thickens. Going on longer is pointless — the bowl has already warmed up.
  4. Transfer to a chilled container and leave to harden in the freezer.

Total time: 7 h 50 min

Method — Ninja CREAMi and similar machines

  1. Pour the mix into the CREAMi tub up to the MAX line (one or two tubs, depending on their size), put the lid on and freeze level for 24 hours.
  2. Put the tub in the machine and run the Lite Ice Cream program.
  3. If the result is crumbly or powdery, add 1–2 tablespoons of oat drink and run Re-spin — with a very cold freezer even twice.

Programme: Lite Ice Cream

Total time: 29 h

Stages

Preparation
15 min
Cooking
10 min
Cooling
30 min
Ageing in the fridge
4 h
Churning
35 min
Hardening in the freezer
1 h 30 min
Total time
7 h

Serving and storage

With toasted oats (gluten-free ones for coeliac disease), a baked apple or pear.

Up to a week; from the freezer, let it soften for 10–15 minutes.

Tips

  • Oats themselves contain no gluten, but they are often contaminated with wheat. Under EU rules, oats may be labelled “gluten-free” only if they contain no more than 20 mg of gluten per kg — with coeliac disease, buy only those.
  • For a vegan version, use the oat drink with coconut milk instead of the milk and cream; it will be harder and taste of coconut.
  • Inulin is a fibre from chicory; in larger amounts it can cause bloating, so don’t add more.

Why it works

The milk solids non-fat (MSNF) here are only about 3 % (ordinary gelato has 7–12 %), because oat drink isn’t dairy. Their role is partly taken over by inulin and locust bean gum, which bind water. In lactose-free milk the lactose is split into glucose and galactose — these are sweeter and soften ice cream more than lactose, which partly makes up for the low solids.

Sources