Probably Stolen animal feces: Uses and Cleanup Guide
Learn where Probably Stolen animal feces come from, how cage waste affects disease risk, and how players turn rat droppings into purified water.
Why Rat Droppings Deserve Your Attention
Probably Stolen animal feces can become either a cage-management problem or an unusual ingredient for water processing. Leaving droppings in an Animal Cage takes up space and, once they occupy more than a quarter of it, creates a disease risk. This Probably Stolen animal feces guide explains what to remove, what large droppings contain, and which recycling tricks come from player experience rather than confirmed item data.

Official screenshot · Source: Steam store
The practical answer is simple: keep cages clean first, and experiment with waste processing second. Large droppings have documented ingredient quantities, while a playtest demonstration shows rat waste being processed into pure water. Those sources describe different levels of detail, so their numbers should not be treated as interchangeable.
The guide below separates listed item properties from community reports, helping you avoid planning a production setup around an uncertain yield.
Probably Stolen Animal Feces: Item Facts and Sources
Animal feces are waste items associated with rats. The most detailed supplied item entry covers Animal Feces (Large), which appears in an Animal Cage when left by a rat weighing 1 kg or more.
According to the community wiki entry for Animal Feces (Large), a large dropping occupies two cells and dissolves into two listed components.
| Property | Listed information | Practical meaning |
|---|---|---|
| Item category | Waste | Treat it as cage waste, not a standard material |
| Source | Rat weighing 1 kg or more in an Animal Cage | Rat weight determines the documented source of large droppings |
| Dimensions | 2 × 1 cells | Each large dropping occupies two cells |
| Organic Waste content | 40 ml | A substantial contaminant component to account for |
| Microbes content | 16 ml | Microbial treatment matters when processing it |
| Cage warning | Droppings occupying more than one-quarter of cage space risk disease | Cleanup should happen before accumulation crosses that threshold |
The same wiki page references regular and small animal feces, labeling those related items as unsellable. However, the supplied material does not provide their complete dimensions, production conditions, or ingredient quantities.
Do not assume every dropping has the large variant’s composition. That distinction matters when comparing wiki data with videos that refer to rat poop without identifying its size.
What the evidence does—and does not—establish
For Probably Stolen animal feces, two kinds of evidence are available:
- Community wiki item data: specific dimensions, large-rat weight requirement, dissolution components, and the cage disease warning.
- Player experience from a playtest video: trapping rats without cheese and processing droppings through a water-cleaning workflow.
The Probably Stolen playtest tips demonstration is useful for understanding the processing sequence. It is not a reliable basis for assigning identical yields to every feces variant or every game version.
For current release information, check the Probably Stolen listings on Steam and compare your installed build with the playtest context. This is especially important before investing heavily in machinery for a niche recycling method.
How to Get Droppings and Keep Cages Clean
The documented source of large animal feces is a caged rat weighing at least 1 kg. If your goal is specifically to obtain the large variant, check the rat’s weight instead of assuming any captured rat will produce it.
Player experience: the playtest guide reports that mouse traps can catch rats without cheese, although the wait is longer. Adding cheese reportedly speeds up the process. No controlled catch rate or guaranteed waiting period is provided, so treat this as a convenience tip rather than a precise production schedule.
Once you have rats, prioritize sanitation over stockpiling.
Calculate waste occupancy by cells
The disease warning concerns space occupied, not simply the number of droppings. Because a large dropping takes two cells, counting items alone can underestimate how much of a cage is dirty.
Use this calculation:
Waste occupancy percentage = occupied waste cells ÷ total cage cells × 100
The following examples are hypothetical cage sizes used to explain the arithmetic, not confirmed Animal Cage dimensions.
| Example cage capacity | Large droppings | Cells occupied by waste | Waste occupancy |
|---|---|---|---|
| 16 cells | 1 | 2 | 12.5% |
| 16 cells | 2 | 4 | 25% |
| 16 cells | 3 | 6 | 37.5% |
| 24 cells | 3 | 6 | 25% |
| 24 cells | 4 | 8 | 33.3% |
The wiki describes disease risk when droppings occupy more than one-quarter of cage space. Exactly 25% is not described as exceeding that threshold, but it leaves little room for another dropping.
A useful Probably Stolen animal feces routine is to inspect cages regularly and clear waste before it reaches the quarter-full mark. This avoids relying on the threshold as your normal operating condition.
A straightforward cleanup routine
- Check the cage’s total cell capacity.
- Count the cells occupied by all droppings, including different sizes.
- Remove waste before another dropping could push occupancy above 25%.
- Keep any waste intended for processing outside the occupied cage.
- Recheck after additional droppings appear.
The supplied sources do not establish an exact defecation interval, disease probability, or recovery mechanic. Regular inspection is therefore more dependable than a timer based on an assumed production rate.
Turning Animal Feces Into Water
The most unusual use for Probably Stolen animal feces is water processing. Player experience from the playtest demonstration shows droppings being placed into a pitcher or another container, producing a contaminated liquid that can then be treated.
This is an in-game mechanic—not real-world water-treatment guidance.
In the demonstration, the initial mixture is described as unknown water with a 0% water reading and contaminants including Organic Waste, Microbes, and Insoluble Debris. The player then removes contaminants in stages until the liquid reaches a pure-water label.
The demonstrated purification sequence
| Stage | Action shown or described | Purpose | Limitation |
|---|---|---|---|
| 1 | Place droppings into a pitcher or suitable container | Create the processable liquid mixture | Yield may depend on item variant or build |
| 2 | Use a UV lamp | Remove Microbes | Other contaminants remain |
| 3 | Use Cotton Fabric | Remove Insoluble Debris | The demonstration shows durability loss |
| 4 | Use a Hydrotech Micro Water Purifier | Further refine the mixture toward base water | Organic Waste remains at an intermediate stage |
| 5 | Remove the remaining Organic Waste | Reach a high-purity or pure-water result | The transcript does not clearly identify a separate final tool |
The final limitation matters. The video demonstrates a successful result, but its narration does not provide a complete, unambiguous equipment specification for every step. Avoid purchasing an extra device based on a guessed interpretation of that last action.
Instead, examine the liquid’s composition after each treatment. Let the remaining contaminants determine your next step.
Why the volume figures do not match
The player estimates roughly 10 ml per dropping during the playtest demonstration. The large-item wiki entry separately lists 40 ml of Organic Waste plus 16 ml of Microbes, totaling 56 ml of named components.
These are not equivalent measurements.
| Source | Reported quantity | What it supports | What it does not establish |
|---|---|---|---|
| Playtest player experience | About 10 ml per dropping | An approximate observation from that demonstration | A universal yield for all dropping sizes |
| Large-item wiki | 40 ml Organic Waste | The listed organic component of large feces | Final clean-water output |
| Large-item wiki | 16 ml Microbes | The listed microbial component of large feces | Final clean-water output |
| Arithmetic from wiki values | 56 ml combined components | The sum of the two listed quantities | Guaranteed recovery of 56 ml pure water |
The difference could involve item variants, build differences, or the player’s rough estimate. The supplied evidence does not resolve it.
When testing Probably Stolen animal feces recycling, record the item size, starting liquid quantity, contaminants, and final output. A small controlled batch gives you a better planning figure than combining unrelated source numbers.
Is Waste Recycling Worth Your Time?
Probably Stolen animal feces recycling is an interesting way to reuse something you already need to remove. However, the playtest player describes the process as tedious because individual droppings must be placed into a container and produce relatively little liquid.
Using the player’s rough 10 ml estimate, it would take about 100 droppings to create one liter of starting mixture. That is an illustrative calculation, not a guaranteed recipe—and it says nothing about the final purified volume.
For most players, the main question is not whether the trick works, but whether the handling time is worthwhile.
When to try it
Recycling makes the most sense when you:
- Already keep rats and routinely remove their waste.
- Own suitable water-treatment equipment.
- Want to test how contaminant removal works.
- Can spare time for small-batch processing.
- Are comfortable checking results rather than assuming a fixed yield.
It is less appealing if you would need to buy the entire setup solely to process a few droppings. The supplied material does not establish purchase costs, net profit, or a dependable credits-per-day return for this method.
Common mistakes to avoid
Letting waste accumulate for a larger batch. Cage sanitation should come first. Remove droppings promptly, even if you intend to process them later.
Treating large feces as 56 ml of ready-made water. Those quantities describe listed components, not clean-water yield.
Expecting UV treatment to finish the job. In the player demonstration, removing Microbes leaves other contaminants behind.
Ignoring filter wear. Cotton Fabric loses durability during the demonstrated debris-removal step. Include replacement needs when judging convenience.
Assuming waste can be sold like materials. The supplied wiki references identify regular and small animal feces as unsellable. No verified direct-sale strategy is established here.
The best approach to Probably Stolen animal feces is conservative: maintain clean cages, test a small amount, and scale only if your own results justify the effort.
FAQ
Where do large animal feces come from in Probably Stolen?
The community wiki lists an Animal Cage containing a rat weighing 1 kg or more as the source of Animal Feces (Large). Each large dropping occupies a 2 × 1 footprint, or two cells.
Can Probably Stolen animal feces cause disease?
The wiki warns that droppings occupying more than one-quarter of an Animal Cage’s space create a disease risk. This is a space-occupancy warning, not a stated disease probability. Remove waste before reaching that point rather than waiting for a problem.
Can you turn rat droppings into pure water?
Yes, according to player experience from the playtest demonstration. The player places droppings into a container and removes contaminants in stages, eventually obtaining pure water. Exact output, equipment requirements for the final step, and behavior across builds are not fully established by the supplied sources.
How much water does one dropping produce?
There is no single confirmed yield covering all variants. The playtest player estimates around 10 ml per dropping, while the large-item wiki lists 40 ml of Organic Waste and 16 ml of Microbes. Neither figure should be treated as a guaranteed final pure-water yield.
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