Sleet Wheat

Sleet Wheat is a cold-weather plant used to produce Sleet Wheat Grain, its harvestable seed and main ingredient for several late-game foods. It can be planted in a Planter Box, a Farm Tile, or a Hydroponic Farm. A domesticated plant takes 18 cycles to mature, while a wild one takes 72 cycles.

It requires a very narrow environment to grow: a temperature range of -55 °C to 5 °C, an atmosphere of Oxygen, Polluted Oxygen, or Carbon Dioxide, and an air pressure of 150 g to 10 kg. Its decor value is 15 with a 2-tile radius. Because of its cold requirements, Sleet Wheat farms are naturally resistant to spoilage and Food Poisoning compared with many other crops.

Each harvest produces 18 Sleet Wheat Grains. These can be processed into Frost Bun and Soufflé Pancakes at an Electric Grill, Pepper Bread at a Gas Range, or Berry Sludge at a Microbe Musher. The grain is also used indirectly in Frost Burger production through Frost Bun. In food terms, Sleet Wheat is one of the most important ingredients for nutrient-dense and long-lasting meals.

• Frost Bun uses 3 Sleet Wheat Grains and provides 1200 kcals.
• Soufflé Pancakes use 2 Sleet Wheat Grains plus Raw Egg and provide 3600 kcals.
• Berry Sludge uses 5 Sleet Wheat Grains, requires Bristle Blossom, and provides 4000 kcals.
• Pepper Bread uses 10 Sleet Wheat Grains plus Pincha Pepper and provides 4000 kcals.
• Frost Burger uses Frost Bun as an ingredient and provides 6000 kcals.

Because one plant produces 18 grains every 18 cycles, each grain effectively represents 400 kcals worth of Frost Bun. This makes Sleet Wheat especially valuable for meal planning: Frost Bun is the basic reference food, while Berry Sludge and Frost Burger become more efficient once their extra ingredients are accounted for. Berry Sludge is especially prized for rocket travel because it does not spoil.

Farming Sleet Wheat is resource-intensive. A domestic plant requires 5 kg/cycle Dirt and 20 kg/cycle Water. Some mutations alter this balance significantly, with variants that trade irrigation, growth speed, or output for special conditions such as light, darkness, or radiation. The base plant is a strong candidate for insulated, controlled farms, especially when paired with fertilizer production.

A few practical points matter when growing it well:

• For early colonies, Planter Boxes or Farm Tiles are usually safer than Hydroponic Farms, since warm irrigation water can freeze in pipes or heat the farm above the growth threshold if not carefully managed.
• If using warm water, the surrounding area must be kept cold enough to prevent the plant from failing.
• Liquid Valves can help keep irrigation flow steady and reduce water sitting idle in pipes.
• Fertilizer Synthesizer and Farm Station use can improve dirt efficiency, but they require Phosphorite.
• Dirt should be stored cold, since warm dirt can raise the temperature of the farm.
• Wild Sleet Wheat on the starting asteroid is worth preserving and harvesting, because it is difficult to replace early on.
• Sleet Wheat Grain spoils in Oxygen and Polluted Oxygen, so wild plants are often best kept in Carbon Dioxide until harvested.