№ 1089GitHub
Gig Driver Profit Checker — real delivery profit in minutes
A working mobile-friendly web app built by the Meta Muse personal agent from a real courier's detailed requirements. It compares DoorDash/Uber Eats delivery offers after total miles (including empty return), waiting time, all-in vehicle costs and tolls. The surprising demo: a $9 offer can yield $19.08 net per hour while a $20 offer only yields $16.09 under stated assumptions. Muse created the standalone offline HTML and logic tests (49/49 self-reported); I downloaded it, independently verified actual browser inputs/outputs, published the source and proof screenshot to GitHub, and deployed a no-signup live demo. Live app: https://boyhoangxattpt2-blip.github.io/gig-driver-profit-checker/ . GitHub README includes exact math, source code, build story, and reproducible prompt.
Gig Driver Profit Checker
Real money, not shiny payout. A free, mobile-first profit calculator for delivery couriers and gig drivers in the United States and Canada.
Try the working interactive demo · Download the offline HTML
The question
Would you rather take $20 for a long delivery, $12 for a medium delivery, or $9 for a short one?
A flashy payout number hides deadhead miles, waiting at a restaurant, and vehicle expenses. This tool compares net dollars per hour, not gross delivery pay.
Three hypothetical offers, one real calculation
US example only. All three assume a combined vehicle operating cost of $0.35/mile, no tolls, and a required net hourly target of $18/hour.
| Offer | Payout | Total distance (including empty return) | Total time (including wait) | Net earnings | Net/hour | Decision |
|---|---|---|---|---|---|---|
| A | $12 | 8 mi | 35 min | $9.20 | $15.77 | Skip |
| B | $9 | 3 mi | 25 min | $7.95 | $19.08 | Accept |
| C | $20 | 15 mi | 55 min | $14.75 | $16.09 | Borderline |
The smallest payout is the highest net hourly return in this example. Verdicts are based on the tool's displayed thresholds and are guidance, not promises.
How it works:
Operating cost = entire distance * all-in cost per distance unit
Net earnings = payout (including tips) - operating cost - additional tolls/parking
Net per hour = net earnings / (total minutes / 60)
Gross per hour = payout / (total minutes / 60)
The input includes total driving (pickup, drop-off, empty return) and all time (driving, waiting, parking). The vehicle cost is a single editable all-in figure covering fuel, maintenance, tires, and depreciation; do not add fuel again. US uses USD/mi; Canada uses CAD/km, with its own editable assumptions and no automatic FX conversion. Figures are estimates, not financial, tax, mileage, insurance, or legal advice.
A little app made by Muse AI
I work in courier logistics and gave Muse a detailed problem statement: turn delivery payout, distance, time, and expense assumptions into a single-file mobile tool. Muse created the HTML/CSS/JavaScript
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