Rideshare shift simulator
DiDi work simulator
Play a few minutes as a new DiDi driver. Every fee, payout delay and sign-up rule comes from DiDi’s real data where we have it, and everything else is labelled.
- 15% cut
- Paid after 2 d
- 3–6 minutes
How this simulation works
Each game is one of ten templates for a kind of work, filled with this platform’s real data where we have it. Anything we don’t know is either the typical value for its platform type or a plain assumption, and is labelled so below. Demand, job volume and luck are simulated.
| What | Value | Source |
|---|---|---|
| Platform cutPublished range 10%–20%; the game uses the middle unless the template models tiers. | 15% | Platform data |
| Days before money can be withdrawnPublished: "It varies by country. In Chile, card earnings transfer every Monday, and a wallet withdrawal arrives in about…" | 2 d | Platform data |
| Minimum payoutThe game treats it as no minimum. | Not stated | Assumed |
| Rider fare per mile, before surge | $0.95 | Assumed |
| Rider fare per minute | $0.2 | Assumed |
| Fuel and wear per mileThe IRS 2025 rate of $0.70 a mile also counts depreciation. | $0.35 | Assumed |
| Length of each shift | 150 min | Assumed |
| Average wait for a request (normal zone) | 11 min | Assumed |
| Real-world benchmark (for comparison only)Most California drivers made about $11-16 per hour after waiting time and car costs (LAO, 2020) | $11–16/hr | Typical for type |
A simplified simulation based on DiDi’s published rules, for learning only. It is not an earnings promise: real results depend on your skills, location, demand and DiDi’s current rules.