A float value is a number between 0 and 1 that records how worn a Counter-Strike 2 skin’s texture is, where 0 is a flawless finish, and 1 is the most battle-scarred. It is assigned when the item is created and never changes afterward. The float matters because two skins with the same name can sell for very different prices, and the cleaner copy often commands a premium of 10% or more.
This article explains how float works, how it maps to the wear categories shown in game, and why traders treat it as a price signal rather than a cosmetic detail. It also covers the rare-float market, where extreme low or high numbers turn an ordinary skin into a collector item.
Table of contents
What exactly is a float value?
A float value is the precise wear measurement behind the broad condition label shown in the Counter-Strike 2 interface. The game displays a category such as Factory New or Field-Tested, but underneath each item carries an exact decimal. That decimal is what separates a barely-worn Field-Tested skin from a heavily-worn one in the same category. Because the number is fixed at creation, it is a permanent fingerprint of the item.
Understanding the float helps a buyer avoid overpaying. A skin sitting at the clean edge of its category looks almost like the tier above it but usually costs less, which is why experienced buyers hunt for these edge cases.
How do float ranges map to wear categories?
The five wear categories each cover a fixed slice of the 0 to 1 scale. The table below shows the standard ranges so a reader can place any float into its category at a glance.
| Wear category | Float range | Visual result |
| Factory New | 0.00 to 0.07 | Clean, full pattern visible |
| Minimal Wear | 0.07 to 0.15 | Light scuffing at edges |
| Field-Tested | 0.15 to 0.38 | Noticeable wear across the surface |
| Well-Worn | 0.38 to 0.45 | Heavy fading and scratches |
| Battle-Scarred | 0.45 to 1.00 | Severe wear, muted colors |
The ranges explain why float matters inside a single category. A Field-Tested skin at 0.16 looks far closer to Minimal Wear than one at 0.37, yet both wear the same label, so the float is the only way to tell them apart before buying.
Why does float change a skin’s price?
Float changes price because appearance drives demand in a cosmetic market. Buyers pay more for a cleaner texture, and they pay more again for the rare floats that sit at the extreme ends of the scale. A skin with an unusually low float can sell well above the typical price for its category, since collectors prize the cleanest possible copy. The same logic applies in reverse for certain patterns where a high float reveals more of a sought-after design.
This is where data beats guesswork. Tracking the float distribution for a given skin shows how rare a particular value is, and rarity is what sets the premium. A trader who knows a float sits in the top one percent of clean copies can price it with confidence instead of hope.
How to find and rank rare floats
Finding a rare float used to mean opening hundreds of listings by hand. Modern tools index this data so a trader can search it directly. The steps below outline the workflow.
- Identify the skin and the wear category being targeted.
- Search the recorded floats for that skin to see the spread of values.
- Rank the candidate item against the full distribution to judge its rarity.
- Compare the rarity premium against the asking price before committing.
A searchable CS2 float database with over 1.2 billion recorded values makes step two and three practical, because it returns the full spread for a skin instead of a handful of live listings. That breadth is what lets a trader say where a specific float ranks rather than guessing from a small sample.
A worked example: two identical-looking skins
Consider a buyer choosing between two copies of the same Field-Tested rifle skin, both priced at 25 dollars. One sits at a float of 0.16 and the other at 0.36. Visually the first is far cleaner and would resell closer to a Minimal Wear price, perhaps 32 dollars, while the second stays near the category floor. The two listings look interchangeable in a marketplace thumbnail, yet the float reveals a difference worth several dollars on resale. The buyer who checks the float captures that margin, and the one who ignores it pays the same price for a weaker asset.
This margin scales with the value of the item. On a 25 dollar rifle skin the float gap is worth a few dollars, but on a knife or glove priced in the hundreds the same relative gap can move the price by 50 dollars or more. Float reading is therefore most rewarding on the high end of an inventory, where a small decimal difference translates into real money. A trader who builds the habit on cheap items carries it naturally into the expensive trades, where it matters most.
Float also interacts with pattern and rarity in ways a single number cannot capture alone. Some finishes shift their appearance dramatically across the wear range, so a mid-range float on one skin can look better than a low float on another. The practical takeaway is to judge float in the context of the specific skin rather than as an absolute score, and to lean on recorded data when a pattern’s behavior is hard to predict by eye.
Frequently asked questions
Can a float value change over time? No, the float is set when the item is created and stays fixed for the life of the skin regardless of how the item is used in game.
Is a lower float always more valuable? Usually, because a cleaner texture is more desirable, though a few specific patterns are prized at high floats where wear exposes a sought-after design. Where can I see an item’s exact float? The in-game interface hides the decimal, so traders rely on inspection tools and float databases that read and record the precise value.
Does float matter for cheap skins? On low-value items the float rarely shifts the price enough to matter, but on rare or expensive skins it can change the value by a wide margin.
