Crash Guide, Odds & Virtual-Credit Demo

01 / PLAY & OBSERVE

Crash virtual demo

Educational model

Loading the virtual demo…

02 / UNDERSTAND THE CHOICE

Crash guide

The mechanic

Crash displays a rising multiplier until a hidden stopping point. The continuous reference uses a 3% edge and a fixed target chosen before the round. Lower targets hit more often but return less. This reference does not model human reaction time, network latency or a particular operator; the animation is not a forecast of how much longer a round will run.

The decision to notice

Earlier exits land more often but return less; later targets are less likely and expose the entire stake for longer.

Guide category: CS2 Exclusive
Guide volatility: High
Guide difficulty: Medium
Documented round speed: Not documented
Operator autoplay metadata: Not documented

03 / CHECK THE MODEL

Odds & mathematics

Probability describes frequency, gross return includes the original stake, and player net subtracts it. House edge is a long-run cost, not positive player expected value. None predicts a session.

Educational reference only, not operator odds or a claim about any independent lab. Operator limits, timing, availability and current fairness are not specified.
All payouts are gross (stake-inclusive). EV is player net per 1 unit staked; house edge = -EV. Decimals are rounded only for display.
3% continuous fixed-target reference, chosen to explain the local crash distribution; it is not a claim about animation timing or manual cashout.
Popularity is unmeasured (legacy value 0). Difficulty is an editorial learning label; volatility describes the reference payout structure, not an independently measured operator rating.

Crash target calculator

Hypothetical continuous target model with 3% house edge, matching the demo parameter. Probability = 0.97 ÷ target. Timing, finite random precision and settlement rounding are not simulated here; these are not live operator odds.

Target gross return 2.00×

1.01×

50×

100×

Target survival probability: 48.50%
Gross return / credit: 2.00×
Expected player net / credit: -0.03 credits
Model house edge: 3.00%

Gross return includes the stake. Expected net subtracts the original stake and is averaged over wins and losses; it is not the profit on a winning round.

Guide reference examples

These references are separate from the interactive model. A single row is not a complete distribution, particularly for pushes, multiple payouts, item values or fees. Missing expected net is not computed from an isolated row.

Guide examples, not current operator odds. Read the assumptions and payout basis for each row.
Scenario	Reference probability	Quoted payout & basis	Reference house edge	Expected player net / credit	Assumptions
1.5x committed target	64.66666667%	1.5x grossGross return (includes stake)	3%	-0.03 units per 1 staked	Continuous reference: U uniform on [0,1), crash = max(1, 0.97/(1-U)); cashout requires target < crash, exact ties lose. For targets >1, P(success)=0.97/target. No timing or latency adjustment is modeled. Success returns 1.5x gross; failure returns 0. Success and failure probabilities sum to 1. All payouts are gross (stake-inclusive). EV is player net per 1 unit staked; house edge = -EV. Decimals are rounded only for display.
2x committed target	48.5%	2x grossGross return (includes stake)	3%	-0.03 units per 1 staked	Continuous reference: U uniform on [0,1), crash = max(1, 0.97/(1-U)); cashout requires target < crash, exact ties lose. For targets >1, P(success)=0.97/target. No timing or latency adjustment is modeled. Success returns 2x gross; failure returns 0. Success and failure probabilities sum to 1. All payouts are gross (stake-inclusive). EV is player net per 1 unit staked; house edge = -EV. Decimals are rounded only for display.
5x committed target	19.4%	5x grossGross return (includes stake)	3%	-0.03 units per 1 staked	Continuous reference: U uniform on [0,1), crash = max(1, 0.97/(1-U)); cashout requires target < crash, exact ties lose. For targets >1, P(success)=0.97/target. No timing or latency adjustment is modeled. Success returns 5x gross; failure returns 0. Success and failure probabilities sum to 1. All payouts are gross (stake-inclusive). EV is player net per 1 unit staked; house edge = -EV. Decimals are rounded only for display.
10x committed target	9.7%	10x grossGross return (includes stake)	3%	-0.03 units per 1 staked	Continuous reference: U uniform on [0,1), crash = max(1, 0.97/(1-U)); cashout requires target < crash, exact ties lose. For targets >1, P(success)=0.97/target. No timing or latency adjustment is modeled. Success returns 10x gross; failure returns 0. Success and failure probabilities sum to 1. All payouts are gross (stake-inclusive). EV is player net per 1 unit staked; house edge = -EV. Decimals are rounded only for display.