Endfield DB
Menu
v1.0 AIC Logistics System

Master the Assembly Line

Stop guessing. Start engineering. Plan complex production chains, optimize facility usage, and balance your power grid with the most advanced calculator for Talos-II.

⚙️ Settings

Total Power
1 W
Facilities
1
ItemRate/MinFacilityCountPower
Aketine
10.01
Aketine Seed
10.00
ROADMAP 2026

Planned Advanced Features

📊

Dual View Modes

Switching between Table View for data-heavy analysis and Dependency Tree View for visual flow optimization.

🎯

Multi-Target Planning

Calculate shared resources for multiple output goals simultaneously (e.g., producing Batteries AND Motors together).

📚 AIC Engineering 101

Understanding the Automated Industry Complex (AIC) is the key to conquering Talos-II. This guide explains the core concepts behind our calculator's logic.

Mastering Circular Dependencies

One of the most challenging aspects of Arknights: Endfield's production chain is the concept of Circular Production Loops. Unlike traditional linear crafting, many AIC recipes require a container that is returned after use.

For example, creating Bottled Water requires an empty bottle. Consuming the water returns the bottle. A naive calculation would suggest you need to craft infinite bottles. Our Endfield Calc uses smart recipe selection to resolve these dependencies automatically, showing you the net new bottles required to scale your production, rather than trapping you in an infinite loop.

Power Consumption & Grid Management

Every facility in your base draws power from the central grid. As you expand your factory to produce high-tier items like Processed Battery (Tier 3), your energy requirements skyrocket.

Real-time calculation of total power (kW) is essential. A factory blackout stops all production lines instantly. By using this planner, you can pre-calculate the load:

  • Smelters typically consume low consistent power.
  • Chemical Plants often have high peak usage.
  • Assemblers vary based on the recipe tier.

Always plan for a 10-15% power buffer to handle spikes when new facilities come online.

Facility Counts & Load Balancing

Efficiency is the name of the game. Our calculator provides a precise Facility Count (e.g., 2.4 Assemblers). This decimal is crucial for Load Balancing.

If the calculator says you need 2.4 machines, building only 2 will create a bottleneck, slowing down your entire Dependency Tree. Building 3 ensures smooth flow but leaves one machine idle 60% of the time. Advanced players use this data to overclock specific machines or route materials to secondary lines to ensure 100% Capacity Utilization.

How to optimize your factory

01

Select Target Item

Search for any craftable item (e.g., Processed Battery) from the database.

02

Set Production Rate

Define your desired output per minute (e.g., "60/min"). The system scales all requirements accordingly.

03

Build & Expand

Review the generated facility count and raw material list. Use this blueprint to construct your AIC layout in-game.

Metrics Explained

Target Rate (/min)

The speed at which you want to produce the final item. "60/min" means your factory produces one item every second.

Facility Count

The number of buildings needed. Example: "2.5" means you need 3 machines running, but the 3rd one will only work 50% of the time.

Total Power (kW)

The aggregated energy consumption of all facilities in the chain. Ensure your power grid capacity exceeds this value to avoid blackouts.

Raw Materials

Base resources that cannot be crafted (e.g., Iron Ore, Water). You must gather these from the map nodes.

Frequently Asked Questions

Why does the calculator show decimal facility counts (e.g., 0.6)?

This represents the utilization rate. "0.6" means one machine running at 60% capacity is sufficient to meet your target. In-game, you should build 1 machine.

Does this planner include Tier 2 or Tier 3 recipes?

Currently, the calculator defaults to the Standard Recipe for maximum compatibility. We are working on a feature to allow switching between efficiency recipes (Tier 2/3) in a future update.

How is the Total Power consumption calculated?

Power is calculated by summing the operational load of all required facilities. Note that this assumes facilities are running only as needed; idle power draw is not included. Always build slightly more power capacity than the Total Power (kW) suggests.

Ready to Build Your Legacy?

You have the blueprints. Now explore the complete database of materials, weapons, and operators to find where to gather these resources.