ARK Cloning Calculator

Estimate success rates and resource costs for cloning creatures in ARK.

ARK Cloning Calculator Inputs

What is ARK Cloning?

Cloning in ARK: Survival Evolved is a high-stakes, high-reward mechanic that allows players to replicate their tamed creatures. Utilizing the powerful Cloning Chamber structure, players can bring back fallen dinos or create genetic duplicates. However, cloning is not a guaranteed process; it involves a complex interplay of creature level, base success rates, resource costs, and various in-game modifiers. Understanding these elements is crucial for any serious ARK player aiming to optimize their cloning efforts and avoid wasting valuable resources. This ARK cloning calculator helps demystify the process.

The primary goal of cloning is to recreate a creature. This can be essential for replacing a lost favorite mount, obtaining a creature with superior stats from a template, or ensuring the survival of a valuable genetic line. Players often use cloning for high-level creatures, boss-fighting mounts, or unique specimens. Common misconceptions about cloning include believing it’s always a low-percentage gamble or that only specific creatures can be cloned. In reality, any creature that can be harvested for its DNA or produce a high-quality imprint can be cloned, provided you have the necessary resources and technology.

Who Should Use ARK Cloning?

ARK cloning is primarily for players who have reached a stage in the game where they have access to advanced technology, such as the Cloning Chamber. This includes:

• Late-game PvE players aiming to preserve or replicate powerful creatures.
• PvP players seeking to quickly replace key mounts lost in raids or battles.
• Breeders who want to duplicate creatures with exceptional stats or mutations.
• Players who have invested significant time into raising a specific creature and want a backup or a perfected copy.

Newer players might find the resource requirements prohibitive, but understanding the mechanics early can help in planning future strategies. This ARK cloning calculator can guide players in understanding resource needs.

Common Misconceptions about ARK Cloning

• “Cloning is always a coin flip.” While there’s an element of chance, the success rate is heavily influenced by the creature’s level and specific game mechanics, making it more predictable than a simple 50/50.
• “Only rare or special dinos can be cloned.” Any creature whose DNA can be harvested is technically cloneable, though the cost and success rate vary significantly.
• “Cloning always costs the same resources.” Resource costs are directly tied to the creature’s level and the efficiency of the Cloning Chamber, influenced by speed modifiers.

ARK Cloning Formula and Mathematical Explanation

The core mechanics behind ARK cloning involve calculating the success probability and the total resource expenditure. These calculations are essential for planning and efficiency. The following formulas represent the simplified logic used in the ARK Cloning Calculator.

Success Rate Calculation

The success rate is primarily determined by the creature’s level and a base success percentage, modified by a factor that increases the rate per level. It’s capped at 100%.

Formula:

Final Success Rate (%) = min(100, Base Success Rate + (Creature Level - 1) * Level Boost Factor * 100)

Explanation:

• The formula adds a bonus to the base success rate based on the creature’s level.
• The (Creature Level - 1) part ensures that the bonus starts applying from level 2 upwards.
• The Level Boost Factor dictates how much the success rate increases per level. This factor is often expressed as a percentage increase per level (e.g., 0.05 means a 5% increase per level).
• Multiplying by 100 converts the factor into a percentage point increase.
• The min(100, ...) function ensures the success rate never exceeds 100%.

Resource Cost Calculation

The total resource cost depends on the creature’s level, the base resource cost per level, and how effectively the Cloning Chamber operates, which is influenced by the cloning speed modifier.

Formula for Effective Resource Cost per Level:

Effective Resource Cost per Level = Resource Cost per Level * (100 / Cloning Speed Modifier)

Explanation:

• A higher Cloning Speed Modifier (e.g., 200%) means the chamber is more efficient, effectively reducing the resource cost per unit of work done. Dividing by the modifier (expressed as a percentage) achieves this.

Formula for Total Resource Cost:

Total Resource Cost = Creature Level * Effective Resource Cost per Level

Explanation:

• This multiplies the creature’s level by the adjusted cost per level to get the overall resource requirement.

Cloning Time Calculation

The time it takes to clone is determined by the creature’s size/complexity (represented by level), and the base resource consumption rate, adjusted by the cloning speed modifier.

Formula for Cloning Time (Minutes):

Cloning Time (Minutes) = (Creature Level * 1000) / (Base Resource Cost per Minute * (Cloning Speed Modifier / 100))

Explanation:

• The Creature Level * 1000 acts as a proxy for the total “work” required.
• The denominator calculates the effective resource consumption rate per minute, adjusted for speed.
• Dividing the total work by the effective rate gives the time required.

Variables Table

Variable	Meaning	Unit	Typical Range
Creature Level	The level of the creature being cloned.	Levels	1 – 150 (or higher with XP boosts)
Base Success Rate	The inherent chance of successful cloning before modifiers.	%	0 – 100
Level Boost Factor	Increase in success rate per creature level.	Decimal (e.g., 0.05 for 5%)	0.01 – 0.10
Cloning Speed Modifier	Bonus from items/buffs affecting cloning speed.	% (e.g., 100% = base, 200% = double speed)	100 – 300+
Resource Cost per Level	Base resource units consumed per level of the creature.	Resources/Level	50 – 200+
Base Resource Cost per Minute	Base resource consumption rate of the Cloning Chamber.	Resources/Minute	500 – 2000+
Final Success Rate	The calculated probability of a successful clone.	%	0 – 100
Total Resource Cost	Total resources needed for the cloning attempt.	Resources	Varies greatly
Cloning Time	Duration of the cloning process.	Minutes / Hours	Varies greatly

Practical Examples of ARK Cloning

Let’s illustrate the ARK cloning calculator with real-world scenarios:

Example 1: Cloning a High-Level Giga

A player wants to clone their level 150 Giganotosaurus. They have calculated their typical resource costs and checked their Cloning Chamber setup.

• Inputs:
  • Creature Level: 150
  • Resource Cost per Level: 150 (e.g., Organic Polymer)
  • Base Cloning Success Rate: 60%
  • Level Boost Factor: 0.04 (4% per level)
  • Cloning Speed Modifier: 120%
  • Base Resource Cost per Minute: 1500
• Calculations using the calculator:
  • Final Success Rate = min(100, 60 + (150 – 1) * 0.04 * 100) = min(100, 60 + 149 * 4) = min(100, 60 + 596) = 100%
  • Effective Resource Cost per Level = 150 * (100 / 120) = 150 * 0.8333 = 125
  • Total Resource Cost = 150 * 125 = 18,750 Organic Polymer
  • Cloning Time (Minutes) = (150 * 1000) / (1500 * (120 / 100)) = 150000 / (1500 * 1.2) = 150000 / 1800 = 83.33 minutes
  • Cloning Time (Hours) = 83.33 / 60 = 1.39 hours
• Results Summary:
  • Main Result: 100% Success Rate
  • Estimated Total Resource Cost: 18,750 Organic Polymer
  • Cloning Time: Approx. 83 minutes (1.39 hours)

Interpretation: With these settings, cloning the Giga is guaranteed to succeed. The player needs to gather nearly 19,000 Organic Polymer and wait just under 1.5 hours. This is a high cost, but for a guaranteed 150 Giga, it might be worthwhile.

Example 2: Cloning a Mid-Level Raptor with Lower Success Rate

A player needs to clone a level 75 Raptor. They have a standard setup with no major speed boosts.

• Inputs:
  • Creature Level: 75
  • Resource Cost per Level: 80 (e.g., Chitin/Cementing Paste)
  • Base Cloning Success Rate: 50%
  • Level Boost Factor: 0.05 (5% per level)
  • Cloning Speed Modifier: 100%
  • Base Resource Cost per Minute: 1000
• Calculations using the calculator:
  • Final Success Rate = min(100, 50 + (75 – 1) * 0.05 * 100) = min(100, 50 + 74 * 5) = min(100, 50 + 370) = 100%
  • Effective Resource Cost per Level = 80 * (100 / 100) = 80
  • Total Resource Cost = 75 * 80 = 6,000 Chitin/Cementing Paste
  • Cloning Time (Minutes) = (75 * 1000) / (1000 * (100 / 100)) = 75000 / 1000 = 75 minutes
  • Cloning Time (Hours) = 75 / 60 = 1.25 hours

Results Summary:

• Main Result: 100% Success Rate
• Estimated Total Resource Cost: 6,000 Chitin/Cementing Paste
• Cloning Time: 75 minutes (1.25 hours)

Interpretation: Even with a lower base success rate, the level boost ensures a 100% chance for this mid-level Raptor. The resource cost is manageable, and the time investment is reasonable. This highlights how level plays a significant role in guaranteeing success.

How to Use This ARK Cloning Calculator

Using the ARK Cloning Calculator is straightforward. Follow these steps to get an accurate estimate for your cloning endeavors:

Step-by-Step Instructions

1. Enter Creature Level: Input the exact level of the creature you intend to clone. Higher levels generally increase success probability but also resource cost and time.
2. Input Resource Cost per Level: Estimate the amount of primary cloning resources (e.g., Organic Polymer, Cementing Paste, Black Pearls) your tribe typically uses per creature level. This is an approximation based on your experience.
3. Set Base Cloning Success Rate: Enter the base success percentage provided by the game mechanics or server settings. This is your starting point before any level-based bonuses.
4. Define Level Boost Factor: Specify how much the success rate increases for each level above the base. A common value is 0.05 (representing 5% per level).
5. Enter Cloning Speed Modifier: If you have items like the Tek Trough or are using server settings that boost cloning speed, enter the total percentage modifier here. 100% means no modification. Higher percentages decrease total resource cost and time.
6. Input Base Resource Cost per Minute: Provide the standard resource consumption rate of the Cloning Chamber per minute. This helps calculate the total duration and resource usage.
7. Click ‘Calculate Cloning’: Once all fields are populated, click this button to see the results instantly update.
8. Review Results: Examine the main success rate, total resource cost, and cloning time.
9. Use ‘Reset’: If you need to start over or clear the fields, click the ‘Reset’ button. It will restore default, sensible values.
10. Copy Results: Use the ‘Copy Results’ button to quickly copy the key figures (main result, intermediate values, and assumptions) for sharing or documentation.

How to Read Results

• Main Result (Success Rate): This is the most critical figure. A higher percentage indicates a greater likelihood of success. Aim for 100% if possible, especially for valuable creatures.
• Estimated Total Resource Cost: This tells you the quantity of resources you need to gather. Compare this against your available resources and the value of the creature.
• Cloning Time: This indicates how long the Cloning Chamber will be active. Plan accordingly, as it requires a stable power source and time investment. Consider the speed modifier’s impact.
• Intermediate Values: These provide context on how the final results were derived, showing the effective cost per level and the base consumption rate adjusted by speed.

Decision-Making Guidance

Use the calculator’s output to make informed decisions:

• Is it worth it? Compare the total resource cost and time against the benefit of having the cloned creature. Is a guaranteed copy of a valuable creature worth thousands of resources?
• Can I afford it? Ensure you have the required resources and that the cloning process won’t deplete essential supplies.
• Optimize your setup: If the results show a high cost or long time, consider ways to increase your Cloning Speed Modifier or gather resources more efficiently.
• Risk assessment: If the success rate is below 100%, weigh the potential loss of resources against the reward. For very high-value clones, ensure the success rate is as close to 100% as possible.

This tool helps bridge the gap between desire and feasibility in the complex world of ARK creature cloning.

Key Factors That Affect ARK Cloning Results

Several critical factors influence the outcome of your cloning attempts in ARK. Understanding these will help you optimize your strategy and maximize your chances of success while minimizing resource expenditure.

1. Creature Level: This is arguably the most significant factor. Higher creature levels almost always translate to a higher base success rate and, unfortunately, increased resource costs and cloning times. The level-based boost to success rate is a direct mechanic designed to make cloning high-level creatures more feasible.
2. Base Cloning Success Rate: This is the fundamental percentage chance provided by the game mechanics. It can be influenced by server settings or specific mods. A higher base rate provides a better starting point for the overall calculation.
3. Level Boost Factor: This modifier determines how much the success rate increases per level. A higher factor means that even lower-level creatures can reach a 100% success rate more easily, while high-level creatures might exceed it significantly. Optimizing this factor (if server settings allow) can drastically change cloning viability.
4. Cloning Speed Modifier: This is crucial for efficiency. A higher modifier (from items like the Tek Trough, server settings, or tribe multipliers) directly reduces the total resource cost and the time required for cloning. It makes the Cloning Chamber more resource-efficient over the duration of the process.
5. Resource Costs (Per Level & Per Minute): The base values you input for resource consumption directly scale the total cost and time. If your server has higher resource requirements, or if you use more resource-intensive creatures, these base numbers will reflect that. Efficient farming and resource management are key.
6. Cloning Chamber Availability and Power: While not directly calculated in the success rate, the practicalities matter. You need a functioning Cloning Chamber with adequate power (Tek Generator, Power Stones). If power is interrupted, the clone may be lost, regardless of the calculated success rate. Ensuring a stable environment is paramount.
7. Server Settings/Mods: ARK is highly customizable. Server administrators can drastically alter cloning success rates, resource costs, and speed modifiers. Always be aware of your specific server’s settings, as they can override standard game mechanics. Mods can also introduce entirely new cloning systems or tweaks.

By carefully considering and managing these factors, players can significantly improve their ARK cloning outcomes.

Frequently Asked Questions (FAQ)

Q: What is the maximum level for cloning in ARK?

A: The maximum level depends on your server’s settings. Typically, official servers cap at level 150 for wild creatures. However, with XP boosts and leveling, creatures can reach much higher levels. The calculator handles levels up to 9999, but always check your specific server’s level cap.

Q: Can I clone mutated creatures?

A: Yes, you can clone mutated creatures. Their stats, including level, will be taken into account. However, the mutation colors themselves are not directly inherited; you clone the creature’s underlying stats and level, which then determines the success rate and cost.

Q: What happens if a clone fails?

A: If a cloning attempt fails, the creature is lost, and the resources invested are consumed. This is why aiming for a 100% success rate is highly recommended for valuable creatures.

Q: Does cloning affect the creature’s stats?

A: A successful clone creates an exact replica of the creature whose DNA was used, including its base stats, level, and any points allocated after leveling up (if applicable for cloning that type). It does not inherently change stats beyond what the original creature had.

Q: How do I get the DNA for cloning?

A: DNA is typically obtained by harvesting the corpses of creatures using a tool like the Chainsaw or a high-damage weapon. Some creatures might require specific harvesting methods or yield DNA differently.

Q: Is cloning better than breeding?

A: They serve different purposes. Breeding is for generating new creatures with potentially inherited mutations and stat combinations. Cloning is for replicating an existing creature precisely. For obtaining an exact copy of a powerful tame, cloning is the only option.

Q: Can I clone creatures that have died?

A: Yes, as long as you have successfully harvested their DNA before their corpse despawns. The Cloning Chamber uses the DNA profile to replicate the creature.

Q: What resources are typically used for cloning?

A: The primary resources are usually Organic Polymer, Cementing Paste, and potentially other rare materials like Black Pearls or Element depending on the creature and server settings. The calculator assumes a single primary resource type specified by ‘Resource Cost per Level’.

Q: Does the Cloning Chamber require power?

A: Yes, the Cloning Chamber is a high-tier structure that requires a stable power source, typically from a Tek Generator or other compatible power source depending on the specific ARK version or mods being used.

Related Tools and Internal Resources

• ARK Stat CalculatorEstimate the final stats of your tamed creatures after leveling.
• ARK Breeding CalculatorPlan your breeding lines and predict offspring stats and mutations.
• ARK Resource Farming GuideLearn the most efficient ways to gather essential resources for crafting and cloning.
• ARK Boss Fight TimersTrack boss respawn timers and prepare for challenging encounters.
• ARK Dino Taming Effectiveness CalculatorOptimize your taming process to achieve the highest possible stats for your tamed creatures.
• ARK Kibble ChartDiscover which kibble types are most effective for taming specific dinosaurs.