Tec-9 | Red Quartz: trade up odds, float & price
Restricted Pistols skin from the Train Collection. Float range 0.00 – 0.40, available in Factory New, Minimal Wear, Field-Tested, Well-Worn. You can get it from a trade up of 10 Mil-Spec skins of the Train Collection with a 100% chance per contract.
Tec-9 | Red Quartz price by wear
| Wear | Float | Price | StatTrak™ |
|---|---|---|---|
| Factory New (FN) | 0.000 – 0.070 | … | … |
| Minimal Wear (MW) | 0.070 – 0.150 | … | … |
| Field-Tested (FT) | 0.150 – 0.380 | … | … |
| Well-Worn (WW) | 0.380 – 0.400 | … | … |
How to trade up into the Tec-9 | Red Quartz
Put 10 Mil-Spec skins from the Train Collection into a trade up contract. The collection has 1 Restricted skin, so with all 10 inputs from this collection the Red Quartz has a 100% chance – it is the only Restricted skin in the collection, so the result is guaranteed. Mixing in another collection lowers the chance in proportion to the inputs you replace.
- Inputs (Mil-Spec): Desert Eagle | Urban Rubble, Sawed-Off | Amber Fade.
- Factory New result: average normalised input float ≤ 0.1750.
- Minimal Wear result: average normalised input float ≤ 0.3750.
- Output float: 0.00 + average × 0.40 – see the float guide.
Cheapest Tec-9 | Red Quartz trade ups right now
10 identical Mil-Spec inputs from the Train Collection at today’s prices. Every contract below has a 100% chance of this skin – open one to change floats, wear or fee.
Open in the calculator (auto-builds the cheapest contract)
Tec-9 | Red Quartz FAQ
What collection is the Tec-9 | Red Quartz from?
The Tec-9 | Red Quartz is a Restricted skin from the Train Collection. Its float range is 0.00 – 0.40, so it exists in Factory New, Minimal Wear, Field-Tested, Well-Worn.
What are the odds of getting the Tec-9 | Red Quartz from a trade up?
With all 10 inputs from the Train Collection the chance is 1 ÷ 1 = 100%. Each input from another collection removes 10% of that chance and adds outcomes from the other collection.
What float do I need for a Factory New Tec-9 | Red Quartz?
The average normalised input float must be at most 0.1750. Output float = 0.00 + average × 0.40.