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Medium Profitability

Drone Delivery

#Logistics/Technology #Technology #Transportation #Healthcare #drone technology #healthcare delivery
ProHub Comment

This is a straightforward break-even analysis case requiring the candidate to calculate contribution margin (price minus variable cost) and divide fixed costs by contribution margin. The case tests foundational profitability modeling and rewards candidates who contextualize the results against market size and competitive dynamics.

Estimated Time 25 minutes
Difficulty Medium
Source PeterK
10 / 100
Skydrop produces unmanned delivery drones and performs delivery of critical supplies (e.g. medicine) to U.S. remote areas. They consider two scenarios in their development. What’s the break-even number of deliveries per distribution center for each scenario?

Clarifying Information

  1. Exhibit 1. Average Unit Delivery Cost, USD, 2023
  2. The fixed costs of a distribution center is $1.3M per year
  3. Skydrop currently charges $20 per delivery and plans to drop the price to $5 per delivery under Scenario 2
  4. The client would like to know the break-even number of deliveries per year
  5. Exhibit 1 provides an exhaustive overview of variable costs
Mock Interview
Interviewer

Skydrop produces unmanned delivery drones and performs delivery of critical supplies (e.g. medicine) to U.S. remote areas. They consider two scenarios in their development. What's the break-even number of deliveries per distribution center for each scenario?

You

Thanks. Before analyzing, I'd like to clarify a few key questions...

Interviewer

Good question. Let me provide some background information...

You

Based on this, I suggest analyzing from these dimensions...

AI Score
Structure Analysis Communication Business Sense Quantitative
Practicing...
Score coming soon
Practice this case with AI Mock Interview

Skydrop needs to determine break-even delivery volumes under two regulatory/technology scenarios. Scenario 1 (current regulations, one operator per drone) has higher per-unit labor costs ($12.4), yielding a break-even of 200k deliveries at $20/delivery. Scenario 2 (deregulation, auto-pilot, 20 drones per operator) reduces labor costs to $0.6, lowering per-unit delivery cost to $1.7, but Skydrop drops price to $5, requiring 400k deliveries to break even.

Key Insights:

  1. Contribution margin calculation is the core: ($Price - Variable Cost) / Fixed Costs = Break-even units
  2. Scenario 1: $20 revenue - $13.5 cost = $6.5 CM; $1.3M / $6.5 = ~200k deliveries
  3. Scenario 2: $5 revenue - $1.7 cost = $3.3 CM; $1.3M / $3.3 = ~400k deliveries
  4. Labor dominates costs in Scenario 1 ($12.4 of $13.5 total), making deregulation/automation critical for unit economics
  5. Market context matters: 20% of 330M US population = 66M rural residents, making 200-400k break-even realistic and achievable
  6. Price drop strategy is justified as it expands addressable market and educates customers on time-sensitive medical use cases