EVE Industry Calculator
Analyze the profitability of manufacturing a Caracal cruiser. Enter your skills, facility bonuses, and local material prices to calculate the total cost and potential profit.
Blueprint & Facility
Enter the ME level of your blueprint (0-10%).
Enter total % bonus from structures/rigs (e.g., 1 for a Raitaru).
System & Job Costs
Manufacturing index of the system (e.g., 5.5 for 5.5%).
The price you plan to sell the final Caracal for.
Mineral Prices (ISK per unit)
Estimated Profit
Total Material Cost
0 ISK
Job Installation Cost
0 ISK
Total Manufacturing Cost
0 ISK
Cost & Profit Breakdown
A visual representation of costs versus profit.
| Mineral | Base Qty | Adjusted Qty | Unit Price | Total Cost |
|---|
What is an EVE Industry Calculator?
An EVE Industry Calculator is an essential tool for players in EVE Online involved in manufacturing. It allows you to calculate the total cost of building an item from a blueprint and compare it against the market sale price to determine profitability. By inputting variables like your blueprint’s Material Efficiency (ME), facility bonuses, and current mineral prices, the calculator provides a detailed breakdown of expenses, helping you make informed decisions to maximize your ISK (the in-game currency).
This tool is crucial for anyone from a new player starting their industrial career to a veteran industrialist managing large-scale production lines. It removes guesswork and complex manual calculations, revealing whether it’s cheaper to build an item yourself or buy it directly from the market. Understanding these numbers is the first step towards a successful {related_keywords} career.
EVE Industry Calculator Formula
The core of any EVE industry calculation is determining the total cost, which is then subtracted from the sale price to find the profit. The primary formulas are:
- Profit = Sale Price – Total Manufacturing Cost
- Total Manufacturing Cost = Total Material Cost + Job Installation Cost
- Total Material Cost = Σ (Adjusted Material Quantity × Material Price)
- Job Installation Cost = Item Estimated Value × System Cost Index
The Adjusted Material Quantity is where blueprint research and facility bonuses play a critical role. A simplified formula is:
Adjusted_Qty = Base_Qty × (1 - ME_Bonus) × (1 - Facility_Bonus)
| Variable | Meaning | Unit | Typical Range |
|---|---|---|---|
| Sale Price | The market price you sell the finished item for. | ISK | Varies greatly |
| ME Bonus | Material Efficiency bonus from the blueprint. | Percentage (%) | 0% – 10% |
| Facility Bonus | Material reduction bonus from the structure/rigs. | Percentage (%) | 0% – 5%+ |
| System Cost Index | The tax for manufacturing in a specific solar system. | Percentage (%) | 0.1% – 10%+ |
| Item Estimated Value | A base value set by the game for calculating job costs. | ISK | Fixed per item type |
Practical Examples
Let’s consider two scenarios for building our Caracal cruiser.
Example 1: High-Sec Production
You are building in a high-security system with heavy industrial activity. Your bonuses are good, but competition is high.
- Inputs: ME 10%, Facility Bonus 1%, System Cost Index 8%, Sale Price 13,500,000 ISK.
- Results: With standard mineral prices, your material cost might be around 11,500,000 ISK. The high system index leads to a job cost of around 120,000 ISK. Your total cost is 11,620,000 ISK, resulting in a profit of 1,880,000 ISK.
Example 2: Low-Sec Production
You’ve moved to a quieter low-security system with an upgraded structure. Material transport adds cost, but job fees are lower.
- Inputs: ME 10%, Facility Bonus 2%, System Cost Index 1.5%, Sale Price 13,800,000 ISK (local premium). Mineral prices are 5% higher due to hauling.
- Results: The higher mineral prices push your material cost to roughly 12,075,000 ISK. However, the low system index drops your job cost to just 22,500 ISK. Your total cost is 12,097,500 ISK. Despite higher material costs, the lower job fee and higher sale price lead to a profit of 1,702,500 ISK. This highlights the importance of finding a system with a low {related_keywords}.
How to Use This EVE Industry Calculator
- Enter Blueprint & Facility Data: Input your blueprint’s researched Material Efficiency (ME) level and any percentage-based material reduction bonuses from your structure (like a Raitaru) or its rigs.
- Set System Costs: Find the System Cost Index for manufacturing in your chosen solar system. You can see this in the game’s Industry window under the “Facilities” tab.
- Update Mineral Prices: Enter the current market price for each required mineral. For highest accuracy, use the prices from the trade hub where you buy your materials (e.g., Jita, Amarr).
- Set Sale Price: Input the price you realistically expect to sell the final item for.
- Calculate & Analyze: Click “Calculate”. The tool will show your total costs and final profit. Use the “Bill of Materials” table to see exactly how many of each mineral you need and the “Cost Breakdown” chart for a quick visual summary. Check your profit and decide if it’s worth starting the job.
Key Factors That Affect EVE Industry Profits
- Mineral Market Volatility: The price of raw materials can change daily. Buying low is as important as selling high. A good {related_keywords} is key.
- Blueprint Research: A fully researched blueprint (10% ME) significantly reduces material costs, directly increasing your profit margin.
- Skills: Player skills can reduce manufacturing time and, for advanced items, material requirements, making your operation more efficient.
- Location Bonuses: Manufacturing in player-owned structures (Citadels) with appropriate rigs provides substantial material and time savings over NPC stations.
- System Cost Index: Heavily used industrial systems have higher taxes (cost indexes). Finding a quiet, low-index system can save millions of ISK on large jobs.
- Sales Tax & Broker’s Fees: Don’t forget that selling your item on the market incurs taxes and fees, which will eat into your final profit.
- Hauling Costs: The cost of moving raw materials to your factory and finished goods to a trade hub must be factored into your overall profit calculation.
- Competition: The number of other players selling the same item will directly impact its market price and how quickly it sells.
Frequently Asked Questions
Why is my calculated profit negative?
A negative profit means the total manufacturing cost is higher than the sale price. This is common if mineral prices are high, your blueprint is not well-researched (low ME), or the market is flooded with the item, driving down its price.
What is a Caracal’s “Estimated Item Value”?
This is a static value assigned by the game developer (CCP) to an item, used as a baseline for calculating job installation fees. For a Caracal, it’s approximately 1,500,000 ISK. It does not reflect the actual market price.
Does this calculator work for Tech II (T2) items?
This specific calculator is set up for a Tech I (T1) Caracal. T2 production is more complex, involving invention, different materials (like R.A.M. and components), and is a good topic for a {related_keywords} guide.
Where can I find my blueprint’s ME level?
You can see the Material Efficiency (ME) and Time Efficiency (TE) of a blueprint by viewing its “Show Info” window in the game.
How do I reduce the System Cost Index?
You cannot directly reduce it. The index rises with industrial activity in a system and slowly falls when activity ceases. To get a lower index, you must move your operations to a less-used solar system.
Are the default mineral prices accurate?
The default prices are realistic estimates but may not reflect the live market. For accurate calculations, you should always update them with current prices from your main trade hub. Learning to {related_keywords} is essential.
Does this calculator include sales tax or broker’s fees?
No, this calculator determines the profit *before* market fees. You must subtract these fees from the final profit yourself. Skills can reduce these fees significantly.
What does rounding mean for material calculations?
EVE Online rounds material requirements up to the nearest whole number for a job. This means even a small fractional requirement for a mineral results in needing one full unit. For large jobs, this effect is minimal, but it’s important for small-batch production.