Sous Vide Temperature & Time Calculator

Enter your food type, doneness preference, and thickness to get the ideal water bath temperature and cook time for sous vide.
Luis GonzalezCreated by Luis GonzalezLast updated:

How to Use This Calculator

  1. 1

    Enter Thickness (in)

    Input the thickness of your food item in inches, measured at its thickest point.

  2. 2

    Select Food Type

    Choose the type of food you are cooking (e.g., Steak, Chicken, Pork, Fish, Eggs).

  3. 3

    Select Doneness

    Specify your desired level of doneness (e.g., Rare, Medium Rare, Medium, Well Done), where applicable.

  4. 4

    Review Your Results

    The calculator will display the precise water bath temperature in °F and °C, estimated cook time in hours and minutes, safety status, and expected texture.

Example Calculation

A home cook wants to sous vide a 1.5-inch thick steak to a perfect medium-rare doneness.

Thickness (in)

1.5

Food Type

steak

Doneness

medium-rare

Results

131 °F

Tips

Always Ensure Pasteurization

For poultry, pork, and delicate items, ensure the cook time and temperature achieve pasteurization, typically 140°F (60°C) for at least 60 minutes for a 1-inch thick cut. The calculator's safety status helps confirm this.

Sear for Flavor and Texture

After sous vide, always finish proteins with a quick, high-heat sear (e.g., cast iron pan, grill, torch) to develop a flavorful, crispy crust. This step enhances texture and appearance.

Chill Before Freezing

If cooking in advance for future use, rapidly chill your food in an ice bath immediately after sous vide before refrigerating or freezing. This minimizes time in the 'danger zone' (40-140°F / 4-60°C) and ensures food safety.

Precision Cooking: Your Sous Vide Temperature & Time Guide

The Sous Vide Temperature & Time Calculator is your essential tool for achieving perfect doneness every time, providing precise water bath temperatures and cook times for various foods, from steak to eggs.

This calculator ensures consistency and food safety by tailoring recommendations to your food's thickness and your desired result.

For example, a 1.5-inch thick steak cooked to medium-rare requires a water bath temperature of 131 °F.

The Science of Sous Vide Temperature and Time

Sous vide cooking relies on the principles of thermodynamics and food safety to achieve precise, consistent results.

The water bath temperature directly determines the final internal temperature of the food, while the cook time is primarily dictated by the food's thickness, allowing heat to conduct evenly to the core.

The calculator's logic follows established culinary and food safety guidelines:

  • Temperature (°F/°C): Set precisely to achieve desired doneness (e.g., 131°F for medium-rare steak, 149°F for chicken).
  • Cook Time (hr/min): Primarily based on food thickness, adhering to a diffusion model where time ∝ thickness². A minimum hold time is also factored in for pasteurization and safety.

This ensures that food is cooked perfectly from edge to edge, without overcooking, while also meeting critical safety thresholds.

💡 To understand the calorie impact of your meals, our Recipe Calorie Calculator can help you track nutritional information for your sous vide creations.

Sous Vide a 1.5-inch Medium-Rare Steak

Let's use the Sous Vide Temperature & Time Calculator to prepare a 1.5-inch thick steak to a medium-rare doneness.

  1. Input Thickness (in): Enter 1.5.
  2. Select Food Type: Choose Steak.
  3. Select Doneness: Choose Medium Rare.
  4. Determine Water Bath Temperature: Based on the "medium-rare" setting for steak, the recommended temperature is 131 °F.
  5. Calculate Celsius Temperature: (131 - 32) × 5 / 9 ≈ 55.0 °C
  6. Estimate Cook Time: For a 1.5-inch steak, the estimated cook time is approximately 1.5² × 60 minutes = 2.25 × 60 = 135 minutes, or 2.25 hours.

The calculator advises a water bath temperature of 131 °F (55.0 °C) for approximately 2.25 hours to achieve a perfectly medium-rare, pasteurized 1.5-inch steak.

💡 For budgeting your culinary adventures, our Recipe Cost Per Serving Calculator helps you understand the economic side of your sous vide preparations.

Nutritional Advantages of Sous Vide Cooking

Sous vide cooking offers significant nutritional advantages compared to traditional high-heat methods.

The precise, low-temperature water bath minimizes nutrient degradation, particularly for delicate, water-soluble vitamins like B vitamins and Vitamin C, which can be lost or destroyed during conventional boiling, steaming, or high-temperature roasting.

By cooking food in a sealed bag, nutrients are retained within the food rather than leaching into cooking water.

This method also allows for optimal protein denaturation without overcooking, resulting in more tender and digestible textures, while preserving healthy fats.

For instance, cooking vegetables sous vide at 185°F (85°C) for an hour can retain significantly more vitamins and minerals than boiling them until tender, ensuring a more nutrient-dense meal.

The reduced risk of burning or charring also means fewer potentially harmful compounds that can form at high temperatures.

Professional Sous Vide Benchmarks

In professional kitchens, sous vide is a cornerstone technique, offering unparalleled consistency and control.

Chefs adhere to specific temperature and time benchmarks, often informed by food safety guidelines like those from the USDA or FDA, to achieve desired doneness and pasteurization.

  • Steak: For a 1-inch thick steak, common temperatures are 129°F (54°C) for rare (1-2 hours), 131°F (55°C) for medium-rare (1-2.5 hours), and 140°F (60°C) for medium (1.5-3 hours). These temperatures ensure tenderness and specific textural outcomes.
  • Chicken Breast: To achieve a perfectly juicy and pasteurized chicken breast (1-inch thick), chefs often use 149°F (65°C) for 1.5-2 hours. This temperature is crucial for ensuring safety while maintaining moisture.
  • Pork Tenderloin: A 1-inch pork tenderloin is typically cooked at 140°F (60°C) for 1.5-2.5 hours for a tender, slightly pink result, balancing juiciness with food safety.
  • Fish Fillets: Delicate fish like salmon (1-inch thick) benefit from lower temperatures, often 125°F (52°C) for 30-45 minutes, yielding a flaky yet moist texture.
  • Eggs: Sous vide eggs are popular for their unique textures. A 145°F (63°C) bath for 45-60 minutes produces a runny yolk with a barely set white, while 167°F (75°C) for 15 minutes yields a firm, hard-boiled texture.

These benchmarks are often followed by a rapid chill if not served immediately, to maximize food safety and quality for batch preparation.

Frequently Asked Questions

What are the core principles of sous vide cooking?

Sous vide cooking, meaning 'under vacuum' in French, involves precisely cooking food in a temperature-controlled water bath while sealed in a vacuum-sealed bag. The core principles are precise temperature control and uniform cooking. By maintaining a consistent water temperature, the food gradually reaches the exact desired internal temperature from edge to edge, preventing overcooking and ensuring consistent doneness. The vacuum seal helps retain moisture and flavor, resulting in tender and juicy results. This method is used by professional chefs and home cooks alike.

How does thickness affect sous vide cook time?

Thickness is the most critical factor influencing sous vide cook time, as heat transfers through food via conduction. The thicker the food item, the longer it takes for the core to reach the target temperature, following a diffusion model where time is roughly proportional to the square of the thickness. For example, a 2-inch thick steak will take approximately four times longer to cook than a 1-inch thick steak to reach the same internal temperature. The calculator uses this relationship to provide accurate time estimates.

What are the food safety considerations for sous vide?

Food safety in sous vide cooking revolves around maintaining target temperatures long enough to pasteurize food and prevent bacterial growth. While low temperatures (e.g., 130°F/54.4°C for steak) are safe for beef, pork, and lamb due to their muscle structure, poultry requires higher temperatures (e.g., 149°F/65°C) to ensure safety. The **USDA** guidelines provide pasteurization tables for specific temperatures and times. Rapid chilling in an ice bath is essential if food is not consumed immediately, to quickly move it out of the bacterial danger zone (40-140°F / 4-60°C).