Star Citizen Mining Calculator

Calculate your mining profits accurately. Use this star citizen mining calculator to determine refined yields, gross revenue, and refinery costs for all harvestable materials in the Stanton system.

Material	Refined Price (UEC)	10% Rock (5000kg)	30% Rock (5000kg)

*Calculation assumes Dinyx Pro refining yield (100% material extraction efficiency).

Mining remains one of the most lucrative and complex professions in the Stanton System. Whether you are piloting a MISC Prospector or a multi-crew ARGO MOLE, knowing exactly what a rock is worth before you fire your laser is the difference between a wasted trip and a massive payday. This star citizen mining calculator is designed to help pilots analyze rock compositions, determine expected refined yields, and calculate the net UEC profit after refinery fees and processing losses.

Using a star citizen mining calculator allows you to filter out “trash” materials like Aluminum or Iron and focus exclusively on high-value tier 1 materials like Quantainium. With market fluctuations and different refinery methods available at stations like Cru-L1 or Arc-L1, having a data-driven approach is essential for any serious industrial player.

What is a Star Citizen Mining Calculator?

A star citizen mining calculator is a mathematical tool that converts rock mass and percentage composition into tangible financial data. In the current game build, mining involves extracting raw ore which must then be refined to reach its maximum market value. The calculator accounts for the conversion rate where 1 SCU (Standard Cargo Unit) is equivalent to 100 refined units of material.

Who should use it? Solo Prospector pilots, MOLE captains, and logistics officers managing refinery jobs. A common misconception is that a 10% Quantainium rock is always better than a 40% Bexalite rock. While Quantainium has a higher per-unit value, the sheer volume of high-percentage secondary materials can often lead to higher hourly profits once refinery fees are subtracted. This star citizen mining calculator clarifies those trade-offs instantly.

Star Citizen Mining Calculator Formula and Mathematical Explanation

The math behind mining is governed by the Mass of the rock and the Percentage of the resource. The game uses a specific conversion factor to turn mass into SCU. The formula used by our star citizen mining calculator is derived as follows:

The Core Formula:
Raw Units = (Rock Mass * (Resource % / 100)) / 2
Refined Units = Raw Units * Refinery Yield Factor
Net Profit = (Refined Units * Market Price) - Refining Costs

Variable	Meaning	Unit	Typical Range
Rock Mass	Total weight of the asteroid/deposit	kg	2,000 – 12,000
Resource %	Amount of specific ore in rock	%	0.1% – 100%
Yield Factor	Refinery efficiency multiplier	Decimal	0.85 – 1.00
Market Price	Selling price at TDD	UEC/Unit	7 – 88

Practical Examples (Real-World Use Cases)

Example 1: The Quantainium Rush

A pilot finds a 4,800kg asteroid with 15% Quantainium. Using the star citizen mining calculator, we calculate the raw units: (4800 * 0.15) / 2 = 360 units. If refined via Dinyx Pro (1.0 yield), they get 360 units to sell. At 88 UEC per unit, the gross is 31,680 UEC. After a standard 1,500 UEC refinery fee, the net profit is 30,180 UEC.

Example 2: High-Mass Bexalite

A MOLE crew finds a massive 8,000kg rock with 25% Bexalite. The star citizen mining calculator shows raw units of (8000 * 0.25) / 2 = 1,000 units. Bexalite sells for 44 UEC. 1,000 * 44 = 44,000 UEC. Despite Bexalite being half the value of Quantainium, the high mass and percentage make this rock more profitable than the Quantainium rock in the previous example.

How to Use This Star Citizen Mining Calculator

1. Select Material: Choose the ore you’ve scanned from the dropdown menu.
2. Enter Mass: Input the total mass of the rock shown on your HUD.
3. Input Percentage: Enter the percentage of the specific resource.
4. Select Refinery Method: Choose based on your preference for speed versus yield.
5. Read Results: The star citizen mining calculator will update the Net Profit and SCU count in real-time.

Key Factors That Affect Star Citizen Mining Calculator Results

• Refinery Yield: Choosing Ferron might save time, but it reduces your final unit count by 10% compared to Dinyx.
• Market Volatility: TDD prices fluctuate; always check the current galactic average before selling.
• Inert Material: High mass doesn’t always mean high profit if the rock is 90% inert stone.
• Logistics Costs: The time spent traveling to a refinery and then to a TDD impacts your “Profit per Hour.”
• Extraction Efficiency: Laser modules and gadgets can increase the amount of material successfully extracted.
• Storage Capacity: A Prospector only has 32 SCU. If the star citizen mining calculator shows a result higher than 32, you will need to leave some ore behind.

Frequently Asked Questions (FAQ)

Which material is the best to mine in Star Citizen?

Quantainium is currently the most valuable, but it is unstable and requires fast transport to a refinery. Bexalite and Taranite are excellent stable alternatives.

Does the star citizen mining calculator account for inert materials?

Inert materials have 0 UEC value and are essentially weight that takes up cargo space without adding profit.

What is the difference between Raw Ore and Refined Ore?

Raw ore is sold at a massive discount (usually ~50%) at refinery terminals. Refining it takes time but nearly doubles your profit.

How many units are in 1 SCU?

In the current mining system, 1 SCU equals 100 units of refined material.

Why does the calculator divide mass by 2?

This is the standard conversion factor used by the game engine to translate internal “Mass” units into “Standard Units” used in cargo grids.

Can I use this for MOLE mining?

Yes, the star citizen mining calculator works for any mining ship as the math remains consistent across all platforms.

Is Dinyx Pro always the best refining method?

For high-value materials, yes. For low-value ones, the time and cost of Dinyx may not be worth the slightly higher yield.

Does ship distance affect mining results?

No, distance only affects the energy transfer of your laser, not the composition or value of the ore calculated here.