Satisfactory Calculator
Optimize your factory production lines and AWESOME Sink points
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Points generated if you delete these items in the sink.
Total estimated power draw for these machines.
Base resources required to sustain this rate.
Power Consumption vs. Clock Speed Scaling
Figure 1: Exponential power curve (Scaling factor ~1.32) relative to clock percentage.
| Item Name | Base Rate (per min) | Sink Value (per item) | Base Power (MW) | Resource Category |
|---|
What is a Satisfactory Calculator?
A Satisfactory Calculator is an essential tool for players of the factory simulation game Satisfactory. It allows pioneers to mathematically determine the exact number of machines, resource inputs, and power requirements needed to reach a specific production goal. Whether you are building a small iron plate factory or a massive nuclear power grid, using a Satisfactory Calculator ensures that your belts are fully saturated and your machines never go idle.
One of the most overlooked features is calculating the “deletion” value. In the game, deleting items into the AWESOME Sink generates points used to purchase cosmetic blueprints. A robust Satisfactory Calculator helps you decide which excess materials are most efficient to “delete” for maximum point gains.
Satisfactory Calculator Formula and Mathematical Explanation
The core logic behind the Satisfactory Calculator relies on two primary formulas: the Production Ratio and the Power Scaling Law. To calculate the number of machines required (N), we use the target output (O) divided by the base recipe rate (R) multiplied by the clock speed percentage (C).
N = O / (R × (C / 100))
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| O | Target Output Rate | Items/min | 1 – 2000 |
| R | Recipe Base Rate | Items/min | 1 – 60 |
| C | Clock Speed | Percentage | 1% – 250% |
| P | Power Draw | MW | 4 – 2500 |
For power scaling, Satisfactory uses an exponential curve: Power = Base Power × (Clock Speed / 100)^1.321928. This means overclocking a machine to 200% speed actually more than doubles its power consumption, making a Satisfactory Calculator vital for power grid stability.
Practical Examples (Real-World Use Cases)
Example 1: Reinforced Iron Plate Production
If a pioneer wants to produce 15 Reinforced Iron Plates per minute using standard recipes at 100% clock speed, the Satisfactory Calculator determines that 3 Assemblers are needed (each producing 5/min). The total iron plate input would be 90/min and screws would be 180/min. Deleting these 15 plates in an AWESOME Sink would yield 1,800 points per minute.
Example 2: Overclocking Motors
Suppose you need 10 Motors/min but only have space for one Assembler. By setting the clock speed to 200% in our Satisfactory Calculator, you can see that a single machine (base rate 5/min) can fulfill the requirement. However, the power draw jumps from 15 MW to approximately 37.5 MW.
How to Use This Satisfactory Calculator
- Step 1: Select Your Item: Choose the component you are manufacturing from the dropdown menu.
- Step 2: Define Output: Enter your desired “Items per minute” based on your Logistic Belts Throughput limits.
- Step 3: Adjust Clocking: If you are using Power Shards, increase the clock speed up to 250%.
- Step 4: Analyze Results: Check the “Machines Required” to plan your factory floor footprint.
- Step 5: Review Deletion Points: Look at the total points/min to see if it is worth siphoning excess into the AWESOME Sink.
Key Factors That Affect Satisfactory Calculator Results
When planning your factory, several dynamic factors can influence the data provided by a Satisfactory Calculator:
- Recipe Selection: Alternative recipes can drastically change the input/output ratios. Always check if you have unlocked more efficient Alternative Recipe Tier List options.
- Conveyor Belt Limits: No matter what the calculator says, your throughput is capped by your belt speed (e.g., Mk.5 belts cap at 780/min).
- Resource Node Purity: Impure, Normal, and Pure nodes provide different base extraction rates. Check our Resource Nodes Guide for details.
- Power Grid Capacity: Overclocking increases power exponentially. Always verify your Power Grid Management before boosting clock speeds.
- Machine Manifold vs. Load Balancing: The time it takes for machines to reach 100% efficiency can vary based on how you split your belts.
- Input Latency: If your raw materials have a long travel time, the Satisfactory Calculator results might be delayed in practice.
Frequently Asked Questions (FAQ)
Is overclocking worth it in Satisfactory?
Overclocking is excellent for saving space but inefficient for power. Using a Satisfactory Calculator helps you find the balance between building more machines or spending more electricity.
How are AWESOME Sink points calculated?
Every item has a fixed point value. Higher-tier items like Heavy Modular Frames provide significantly more points than raw ores when “deleted” using the sink.
Does this calculator account for Alternative Recipes?
This version uses standard recipes. For advanced builds, consulting an Overclocking Math sheet for specific alternates is recommended.
Why does my factory produce less than the calculator predicts?
This is usually due to “back-flow” or belt bottlenecks. Ensure your belts can handle the total items/min calculated.
What is the maximum clock speed?
In the current version of the game, machines can be overclocked to a maximum of 250% using three Power Shards.
Does machine height affect production?
No, Satisfactory calculations are strictly based on rates per minute, regardless of the physical verticality of your factory.
What happens if I underclock machines?
Underclocking is a great way to save power. A Satisfactory Calculator showing 0.5 machines suggests you can run one machine at 50% clock speed for massive energy savings.
Can I delete nuclear waste?
No, nuclear waste cannot be “deleted” in the AWESOME Sink. It must be processed into Plutonium Fuel Rods first.
Related Tools and Internal Resources
- Satisfactory Map Tool: Locate every Pure node on the planet easily.
- Resource Nodes Guide: Understand extraction rates for Iron, Copper, and Caterium.
- Power Grid Management: Tips for maintaining a stable factory without trips.
- Overclocking Math: Deep dive into the exponential power formulas.
- Alternative Recipe Tier List: Find which hard drives you should prioritize.
- Logistic Belts Throughput: A reference table for Mk.1 through Mk.5 belts.