Fleet Carrier Calculator
Your essential tool for managing upkeep and jump costs in Elite Dangerous.
Installed Services
Select the services installed on your carrier. More services increase the weekly upkeep cost.
Estimated number of hyperspace jumps your carrier will make in a week.
Total mass of commodities, tritium in cargo, and purchased modules. Ranges from 0 to 25,000 Tons.
The market price you pay for each ton of Tritium fuel. Average is around 50,000 Credits.
Base & Service Upkeep
5,000,000 CR
Wear & Tear
500,000 CR
Tritium Fuel Cost
12,875,000 CR
Formula: Total Cost = (Base Upkeep + Service Upkeep) + (Jumps × Wear & Tear/Jump) + (Jumps × Tritium/Jump × Tritium Price)
Cost Breakdown Analysis
Weekly Cost Projection
| Week | Weekly Cost | Cumulative Cost |
|---|
What is a Fleet Carrier Calculator?
A fleet carrier calculator is an essential tool for any commander in Elite Dangerous who owns or is planning to purchase a Drake-Class Fleet Carrier. These massive mobile bases come with significant running costs, and a specialized calculator helps you accurately predict your weekly expenses. Unlike generic financial tools, a fleet carrier calculator is designed with the specific mechanics of the game in mind, including base upkeep, costs for optional services, jump fuel (Tritium) consumption, and wear-and-tear from jumps.
By using this tool, you can avoid financial pitfalls, such as accumulating debt that could lead to the decommissioning of your carrier. It allows for strategic planning, whether you’re a deep-space explorer, a trader, or the leader of a squadron. For more on managing carrier expenses, see our guide on {related_keywords}.
Fleet Carrier Calculator Formula and Explanation
The total weekly cost of a fleet carrier is determined by three primary components: the fixed upkeep, jump-related costs, and fuel costs. The formula provides a clear financial overview for any aspiring or current fleet carrier calculator user.
Total Weekly Cost = (Base Upkeep + Service Upkeep) + (Weekly Jumps * Wear & Tear Per Jump) + (Weekly Jumps * Tritium Per Jump * Tritium Price)
| Variable | Meaning | Unit / Value | Typical Range |
|---|---|---|---|
| Base Upkeep | The mandatory cost for core crew and operations. | Credits (CR) | 5,000,000 CR/week |
| Service Upkeep | The combined cost of all optional services you have installed. | Credits (CR) | 0 – 26,000,000 CR/week |
| Wear & Tear | A maintenance fee applied for each jump performed. | Credits (CR) | 100,000 CR/jump |
| Tritium Per Jump | The amount of fuel consumed, dependent on carrier mass. | Tons (T) | ~70 – 135 T per 500Ly |
| Tritium Price | The market price per ton of Tritium fuel. | Credits (CR) | 40,000 – 100,000+ CR/T |
Understanding these variables is key to effective financial management. Our {related_keywords} article provides further depth on this topic.
Practical Examples
Example 1: The Explorer’s Rest Stop
A commander uses their carrier as a mobile base for deep-space exploration. They have essential services for self-sufficiency but avoid costly commercial modules. They make infrequent, long-distance jumps.
- Inputs: Services (Refuel, Repair, Armoury, Universal Cartographics, Vista Genomics), 4 Jumps/Week, Carrier Mass (5,000T), Tritium Price (45,000 CR/T).
- Results: This lean setup results in a manageable weekly cost, with the majority of expenses coming from service upkeep rather than jump costs. The fleet carrier calculator shows this is a sustainable model for explorers.
Example 2: The Commercial Trading Hub
A trade-focused commander outfits their carrier with all services to create a bustling market. The carrier is positioned in a high-traffic system and rarely jumps.
- Inputs: All Services Enabled, 1 Jump/Week, Carrier Mass (22,000T), Tritium Price (55,000 CR/T).
- Results: The weekly upkeep is extremely high due to the cost of all services. Jump costs are minimal, but the initial investment and running expenses require significant income from carrier service tariffs and trading to be profitable. To learn how to maximize profits, check out our advanced guide on {related_keywords}.
How to Use This Fleet Carrier Calculator
- Select Your Services: Check the boxes for all services currently installed and active on your fleet carrier. Each selection will increase the “Base & Service Upkeep” value.
- Enter Jump Frequency: Input the average number of jumps you expect to make per week. This directly affects “Wear & Tear” and “Tritium Fuel Cost”.
- Set Carrier Mass: Enter the total tonnage of cargo and modules on your carrier. A higher mass increases the Tritium consumed per jump.
- Input Tritium Price: Adjust the cost per ton for Tritium to reflect current market prices or the price you paid.
- Review Results: The calculator automatically updates the total weekly cost and provides a breakdown of where your credits are going. Use this information to adjust your services or budget accordingly. For a deeper dive into budgeting, read our {related_keywords} post.
Key Factors That Affect Fleet Carrier Costs
- Number of Services: This is the largest variable in your weekly upkeep. Activating every service can increase costs by over 500%. Strategically suspending unused services is a key cost-saving measure.
- Jump Frequency: Each jump adds a flat 100,000 CR wear-and-tear fee, plus the cost of fuel. A carrier that jumps daily will be significantly more expensive than a stationary one.
- Carrier Mass: The amount of cargo, modules for sale, and Tritium held in the main hold directly impacts fuel consumption per jump. A fully laden carrier can use nearly double the fuel of an empty one.
- Tritium Market Price: The price of Tritium can fluctuate wildly. Stocking up when prices are low can save hundreds of millions of credits on long journeys.
- Service Tariffs: Setting tariffs on your services (e.g., refuel, repair, shipyard) can generate income to offset upkeep costs. A well-placed carrier can even turn a profit.
- Decommissioning Risk: Failure to pay upkeep results in debt. If debt exceeds 250 million credits, your carrier will be automatically decommissioned. Diligent use of a fleet carrier calculator helps prevent this.
Mastering these factors is crucial for long-term ownership. Explore our {related_keywords} guide for more strategies.
Frequently Asked Questions (FAQ)
1. What is the minimum weekly upkeep for a fleet carrier?
The absolute minimum is 5,000,000 CR per week for a carrier with no optional services installed.
2. Does the Tritium in the carrier’s fuel tank add to its mass for jump calculations?
No, the 1,000 tons of Tritium in the dedicated fuel tank do not count towards the carrier’s mass. However, any Tritium stored in the main cargo hold does.
3. How is Tritium consumption calculated?
It’s a formula based on distance and total carrier mass. A heavier carrier uses more fuel. This fleet carrier calculator automatically computes this for a standard 500 Ly jump.
4. Can I reduce my upkeep if I’m not using the carrier?
Yes, you can suspend services you are not using. This will reduce their upkeep cost, though not eliminate it entirely. You cannot suspend the core operations.
5. What happens if I can’t pay the upkeep?
Your carrier will start accumulating debt. If the debt reaches 250,000,000 CR, the carrier is decommissioned, and the purchase price is refunded to you, minus the outstanding debt.
6. Does player ship storage add to the carrier’s mass?
No, ships and modules stored by you or visiting commanders do not add to the carrier’s mass for jump calculations. Only cargo and items for sale in the shipyard/outfitting do.
7. Is it better to mine Tritium or buy it?
For most players, it is far more time-efficient to earn credits through other activities (like mining Platinum or Exobiology) and buy Tritium. Mining Tritium directly is very slow.
8. How much buffer cash should I have before buying a carrier?
A common recommendation is to have at least 1-2 billion credits in reserve after purchasing the carrier and its initial services. This covers upkeep for a very long time and allows for purchasing Tritium and trade commodities.