Evaluate Financial Feasibility of Ride-Sharing Service
Company: Capital One
Role: Data Scientist
Category: Analytics & Experimentation
Difficulty: medium
Interview Round: Onsite
##### Scenario
You manage a ride-sharing service and must analyze pricing, costs, capacity, and competitive strategy.
##### Question
What key factors would you evaluate when assessing the financial feasibility of the ride-share business? 2. Given 2,400 rides per day at $30 each, drivers paid $700/day, a maximum of 5 rides per driver per hour over an 8-hour day, and a fixed daily cost of $10,000, calculate the daily profit. 3. How could you further increase profit, and what advantages can the app offer versus street-hailing taxis? Explain the role of supply-demand balance. 4. The day is split into 4 non-peak hours with 800 rides and 4 peak hours with 1,600 rides. Drivers work the full day. What peak-hour price per ride would make total daily profit equal to the profit computed in Question 2? 5. Provide additional recommendations to improve the business.
##### Hints
Segment revenue, variable costs, fixed costs; derive number of drivers from capacity; set profit equations and solve for unknown price; discuss elasticity, surge pricing, and driver/passenger incentives.
Quick Answer: Evaluates ride-sharing financial feasibility with pricing, capacity, driver costs, fixed costs, and competitive strategy. Strong answers compute driver capacity, daily revenue, driver cost, fixed cost, and profit, then assess pricing and utilization levers with marketplace health guardrails.
Evaluate Financial Feasibility of a Ride-Sharing Service
You manage a ride-sharing service and must analyze pricing, costs, capacity, and competitive strategy. Each driver can complete up to 5 rides per hour and works an 8-hour day. Drivers are paid $700 per day, fixed platform cost is $10,000 per day, and base ride price is $30 unless otherwise stated.
Constraints & Assumptions
Assume demand volumes must be fully served unless you state otherwise.
Contribution margin, breakeven rides, surge pricing, elasticity, and market-level differences.
Part 2 - Daily Profit
Given 2,400 rides per day at $30 each, drivers paid $700/day, capacity of 40 rides per driver per day, and fixed daily cost of $10,000, calculate daily profit.
What This Part Should Cover Guidance
Required number of drivers from ride demand and capacity.
Daily revenue, driver cost, fixed cost, and profit.
Interpretation of whether the business is profitable under the assumptions.
Part 3 - Improve Profit
How could you further increase profit without harming marketplace health?
Guardrails for ETA, cancellations, driver earnings, customer satisfaction, and regulation.
Part 4 - Peak Pricing
If non-peak price remains $30 and only peak price changes, how would you analyze whether raising peak price improves profit?
What This Part Should Cover Guidance
Peak demand, elasticity, supply response, revenue, conversion loss, wait time, and competitor response.
Experiment or quasi-experiment design and guardrails.
What a Strong Answer Covers Guidance
A strong answer combines capacity math with unit economics, then evaluates pricing and profit improvements through marketplace trade-offs rather than revenue alone.
Follow-up Questions Guidance
What if demand drops 20% when peak price increases?
How would you incorporate driver churn or incentives?
Which metric would tell you the marketplace is becoming unhealthy?