Dehydrated rice pudding recipe for hiking

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Quick overview: This dehydrated rice pudding recipe provides a lightweight, carbohydrate-focused meal suitable for breakfast or recovery dessert on overnight and multi day hikes. It emphasises safe dehydration, realistic storage limits and practical rehydration water volumes. While moderate in energy density, calorie content can be increased at camp with nuts or additional milk powder. Integrated within the Hydration and Fuel system, this meal supports efficient pack weight management and controlled water use in remote environments.

Rice pudding is a compact, carbohydrate-focused meal that works well as either a warm breakfast or recovery dessert on overnight and multi day hikes. It provides easily digestible energy with moderate protein and fat when milk powder is included.

This version focuses on safe dehydration, realistic storage limits and practical trail rehydration.

Why this meal works for hiking

  • Efficient carbohydrate fuel: Rice provides quick and reliable energy after long days.
  • Compact weight profile: Water is removed while maintaining texture and flavour.
  • Low fuel requirement: Rehydrates quickly with minimal stove time.
  • Flexible calorie density: Can be increased at camp with nuts, milk powder or added fats.

Within an 800–900 g daily food system, this functions as either breakfast or a recovery dessert. In lighter 500–600 g systems, additional fats can be added at camp to improve caloric density.

Estimated weight and energy per serve

Approximate dry weight per serve: 120–150 g
Estimated calories per serve: 450–650 kcal (before added nuts or fats)
Rehydration water required: 250–350 ml

Because this is a soft, starch-based meal, water demand is moderate. Include this cooking water in your daily camp hydration audit.

Ingredients (serves 4)

  • 2 cups cooked short-grain rice
  • ½ cup full cream milk powder
  • ¼ cup sugar or maple sugar
  • 1 teaspoon ground cinnamon
  • 1 teaspoon vanilla powder
  • Pinch of salt
  • ½ cup raisins or dried apple (optional)

Optional for added energy (pack separately):

  • Chopped nuts
  • Extra milk powder
  • Small sachet of butter or coconut oil (short trips only)

Preparation and pre-cooking

  1. Cook rice until soft. Slightly overcooked rice rehydrates better than firm rice.
  2. Allow rice to cool completely before mixing.
  3. Combine rice, milk powder, sugar, cinnamon, vanilla and salt.
  4. Fold in dried fruit if using.
  5. Ensure mixture is evenly combined before dehydration.

Dehydrating

Spread mixture thinly on non-stick dehydrator sheets.

Temperature: 55–60°C Time: 8–12 hours

Break apart clumps midway through drying. The mixture should feel completely dry and brittle, with no soft or tacky sections.

Conditioning

After drying, cool completely and place loosely in a jar for 5–7 days. Shake daily. If condensation appears, return to the dehydrator.

Storage and shelf life

Because this recipe contains dairy powder, storage stability depends heavily on dryness and temperature control.

  • Room temperature: up to 2–3 weeks in cool, dry conditions
  • Refrigerated: up to 2–3 months
  • Frozen: up to 6 months

Milk powder contains fat, which can oxidise over time. For longer storage, freezing is recommended.

Discard immediately if any off smell, mould or visible moisture appears.

Rehydrating on the trail

  1. Add one serve to a pot or insulated container.
  2. Add 300 ml boiling water for a thick pudding or up to 350 ml for a softer consistency.
  3. Stir thoroughly and cover.
  4. Allow to stand 8–10 minutes, stirring once midway.
  5. Add nuts or extra milk powder at camp if increasing calorie density.

A pot cosy reduces stove time and improves fuel efficiency.

Energy density considerations

Rice pudding provides moderate energy density. While carbohydrate efficient, it is not highly calorie-dense compared with fat-based meals.

For higher output days, increase energy density by adding nuts, milk powder or small amounts of fat at camp rather than during dehydration.

How this fits into the Hiking Safety Systems

This recipe sits within the Hydration and Fuel system of the Trail Hiking Australia Hiking Safety Systems framework. It affects pack weight, stove fuel demand and water allocation. Because starch-based meals require rehydration water, they must be balanced against daily water availability to maintain overall system resilience.

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Last updated: 13 February 2026

Darren edwards founder trail hiking australia

Darren Edwards is the founder of Trail Hiking Australia, a search and rescue volunteer, and the author of multiple books on hiking safety and decision-making in Australian conditions. He is also the creator of The Hiking Safety Systems Framework (HSSF).

With decades of field experience, Darren focuses on how incidents actually develop on the trail, where small errors compound under pressure. Through his writing, he provides practical, systems-based guidance to help hikers plan better, recognise early warning signs, and make sound decisions in changing conditions.

He has been interviewed on ABC Radio and ABC News Breakfast, contributing to national conversations on bushwalking safety and risk awareness across Australia.

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