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This CS2 float checker turns a float you already have into a wear category and shows how close it is to the category boundaries. You can also enter a finish’s minimum and maximum float to check whether your value fits that range.
Check a float value
Manual value checker, not an inventory scanner. It does not fetch an inspect link, verify ownership or identify a pattern seed.
How to use the CS2 float checker
- Copy the full float from the actual item’s details rather than a rounded thumbnail label.
- Enter a number from 0 to 1 using a decimal point.
- If you know the finish’s allowed range, replace the default minimum and maximum.
- Check the category and the range result, then inspect the actual skin’s appearance.
CS2 wear categories
| Exterior | Range used by this checker |
|---|---|
| Factory New | 0 ≤ float < 0.07 |
| Minimal Wear | 0.07 ≤ float < 0.15 |
| Field-Tested | 0.15 ≤ float < 0.38 |
| Well-Worn | 0.38 ≤ float < 0.45 |
| Battle-Scarred | 0.45 ≤ float ≤ 1 |
The checker uses the displayed decimal boundaries above. A rounded value near a boundary can hide extra digits, so use the full item float and the item’s own exterior label when checking a listing. See CSFloat’s float-distribution research for the wear bands and finish-specific ranges.
What boundary distance tells you
For 0.123456, the result is Minimal Wear. It sits 0.053456 above 0.07 and 0.026544 below 0.15. These are numerical distances, not a predicted price premium, a probability or a measure of visible scratches.
The position within the category is also a numerical ratio. A position near the lower boundary can help compare two candidates, but it does not prove that the lower-float item looks better in every area.
Using minimum and maximum floats
Not every finish spans the entire 0–1 range. Enter the verified range for the particular finish if you want to check compatibility. The checker will flag a value outside that range. It does not supply a database of caps, infer the finish from the float, or prove that every number inside a range can be generated through every acquisition route.
Float is different from pattern and value
Wear and pattern placement are separate properties. A float cannot identify a blue gem, a Doppler phase or a Fade percentage. Compare the model, finish, seed and actual appearance as well as wear. The tool is an aid to reading item details and does not authenticate a screenshot or price an inventory.
Read a listing with the CS2 float checker
Use the CS2 float checker while you have the actual candidate open, and copy the complete value rather than typing the exterior name alone. Two listings labelled Minimal Wear can sit at different positions within that band. The number helps explain that difference without claiming that the skins have an identical appearance.
For a boundary comparison, keep the full decimal value in your notes. If a source rounds a value to two places, that rounded display may be insufficient to settle which side of a boundary the original number falls on. Check the item’s own details before assuming the listing is wrong.
The CS2 float checker should be one part of checking the item. Use the linked pattern guide for seed-dependent designs and the trading guide for the exchange itself. A compatible float and finish range do not establish authenticity, ownership or a fair market price. Compare those questions separately before confirming a purchase.
Compare two items with the CS2 float checker
Imagine two candidates with manually copied floats of 0.08 and 0.14. Under the displayed bands, both are Minimal Wear. The first sits 0.01 above the lower boundary of 0.07; the second sits 0.07 above it. Their distances below 0.15 are 0.07 and 0.01 respectively. This comparison describes their positions within the same wear band, without assigning either item a price.
If the numbers came from rounded labels, obtain the complete values before comparing a candidate very close to a boundary. A listing that displays 0.15 may be rounding a longer value. The actual item’s data and exterior label deserve a separate check, rather than treating the shortened display as the full value.
Try a finish-specific range
For an illustrative finish range of 0.10 to 0.50, a value of 0.08 lies outside the entered range even though 0.08 is within the overall 0–1 wear scale. The number is not universally invalid; it is inconsistent with the particular range supplied in that scenario. Confirm that you entered the range for the correct finish before interpreting the warning.
The CS2 float checker does not look up that finish for you. If you leave the defaults at 0 and 1, the compatibility check is only against the full scale. Entering a guessed minimum or maximum does not turn the result into a verified finish-cap lookup.
Separate a numeric check from an inspection
Use the tool’s result as one note alongside the item’s model, finish, seed and exterior. Compare screenshots or an actual inspection separately for the visible features that matter to you. The same wear category can cover many different numeric values, and the numeric distance to a boundary is not a scratch count.
Before a trade, return to the actual candidate and confirm that its identifying details still match the one you checked. If a seller replaces the offer with a different item, repeat the item review. A result calculated earlier for another float should not be attached to the replacement merely because the skin name is unchanged.
Frequently asked questions
Can this tool read my Steam inventory?
No. You enter the float manually. No Steam login, trade URL or API key is required.
Does a lower float always mean a higher price?
No. Model, finish, pattern, stickers, buyer demand and actual sale evidence also matter.
How are exact boundary inputs classified?
The checker uses lower-inclusive ranges: 0.07 is Minimal Wear, 0.15 is Field-Tested, 0.38 is Well-Worn and 0.45 is Battle-Scarred.
Does a valid float range prove an item is genuine?
No. This checks numeric consistency only. Verify the actual item and listing separately.