A US private transportation operation needs about $171,000 in monthly revenue to break even under the Year 1 plan Here’s the quick math: $144,083 in fixed monthly costs divided by an 845% contribution margin equals about $170,512 in break-even revenue If acquisition budgets are excluded, the break-even point falls to about $126,000 per month The model reaches break-even in Month 12, but Year 1 EBITDA is still -$695,000, so the launch needs cash cushion before scale works
Fixed costs$106.6K
Base monthly load
Contribution margin84.5%
After variable spend
Break-even revenue$126.1K
Monthly target
Break-even timingMonth 12
Year 1 close
Break-even calculator
Use this to test how monthly revenue, direct costs, and fixed overhead stack up against break-even.
Money available to cover fixed costs$222,807
$260,900 revenue - $38,093 variable expenses
Margin ratio
85%
Covers fixed costs
Yes
Break-even chart Revenue Total costs
Which private transportation expenses are fixed, and which move with sales?
Cost classification
Break-even is only reliable if fixed overhead stays separate from ride-driven spend. This model reaches break-even in Month 12, so treating processing, advertising, and onboarding as fixed would overstate margin too early.
Expense
Cost
Break-Even Treatment
Common Mistake
Office Lease (HQ)
Fixed
Include $8,000 per month in fixed overhead for the full Month 1 to Month 60 planning range.
Allocating rent per ride and hiding the true monthly hurdle.
Year 1 payroll
Fixed
Use $89,583 per month as base payroll in the first operating year before capacity changes.
Leaving salaries out of break-even because they do not vary by trip.
Payment Processing Fees
Variable
Deduct 2.5% of revenue in the first year, falling to 2.2% by the fifth year.
Modeling processing as a flat monthly fee despite order value growth.
Digital Advertising & Promotion
Variable
Treat as revenue-linked acquisition spend at 6.0% in the first year, falling to 4.0% by the fifth year.
Calling acquisition spend fixed when demand growth requires more paid promotion.
Driver Acquisition & Vetting Costs
Variable
Subtract 3.0% of revenue in the first year, declining to 2.0% by the fifth year as efficiency improves.
Holding driver onboarding flat while supply needs rise with ride demand.
Cloud Hosting & Core Software Licensing
Variable
Model as usage-linked platform expense at 4.0% of revenue in the first year, falling to 3.0% by the fifth year.
Putting all technology spend into fixed software and overstating contribution margin.
Customer Support Specialist payroll
Semi-variable
Start with 2.0 FTE in the first year, then add coverage as ride volume and support tickets grow.
Keeping support staffing flat even when more riders create more service work.
Senior Software Engineer payroll
Semi-fixed
Use $23,333 per month at 2.0 FTE in the first year, then step up as engineering capacity bands expand.
Smoothing engineering hires as a sales percentage instead of modeling hiring steps.
How does break-even shift across lean, base, and full operating plans for private transportation?
Scenario table
The lean case breaks even fastest because it skips acquisition budgets. The base case adds $37,500 a month in seller and buyer acquisition spend, and the full case adds more scale costs, so the revenue bar moves up even as margin edges higher.
Planning cases only; actual break-even will move with ride mix, acquisition efficiency, and hiring pace.
Scenario
Monthly Revenue
Variable Costs
Fixed Costs
CM Ratio
Operating Profit
Break-Even Signal
Lean validation case
$126,134
$19,551
$106,583
84.5%
$0
Lowest hurdle, but demand room is thin.
Base launch case
$170,512
$26,428
$144,083
84.5%
$0
Launch plan, but acquisition spend makes losses easy.
Full scale case
$234,582
$34,238
$200,333
85.4%
$0
Best for funded scale if premium mix stays strong.
What breaks this private transportation break-even plan?
Stress test
The base plan breaks even at $170,512 of monthly revenue against $144,083 of fixed cost. A 10% demand miss, a 5-point rise in variable costs, or a 10% lift in fixed costs each widens the monthly gap fast.
Stress Case
Changed Assumption
Break-Even Revenue
Revenue Gap
Risk Signal
Current plan
No change; monthly revenue holds at break-even.
$170,512
$0 gap
No cushion sits above the floor.
Revenue shortfall
Monthly revenue lands 10% below the base break-even level.
$170,512
$14,408 gap
A small demand miss turns into a monthly loss.
Fixed-cost pressure
Fixed costs rise 10% above the $144,083 base.
$187,563
$17,051 gap
Overhead growth eats the current margin fast.
Margin pressure
Variable costs rise 5 points, cutting contribution margin to 79.5%.
$181,237
$10,725 gap
Higher ride costs reduce each trip's payback.
Combined pressure
Revenue is 10% below plan, fixed costs rise 10%, and variable costs rise 5 points.
$199,361
$36,489 gap
This stacked shock breaks launch economics quickly.
What should the founder verify before locking in the lease, vehicles, and headcount?
Founder checklist
If you’re about to lock in lease, vehicles, and headcount, use this as the go/no-go test. Don’t commit until repeat rides, unit economics, and cash runway line up with Month 12 breakeven and the Month 14 cash floor.
1Repeat use1.5 / 4.0 / 6.0
Verify that Occasional, Business, and VIP riders really repeat at those yearly rates, because weak repeat use pushes break-even out.
2Fixed burn$106.6K/mo
Confirm you can carry about $106.6K of monthly fixed cost from day one, since that burn starts before ride volume can cover it.
3Commission math$8.15/order
At a weighted Year 1 AOV near $41, the $2 fee plus 15% variable fee gives about $8.15 per order before COGS and ad spend.
4Supply rampMonth 3-5
Confirm driver recruiting and vetting can scale by Month 3-5, and don’t add support staff until dispatch volume proves the need.
5Cash floorMonth 14
Keep cash above the $4,000 floor through Month 14, because the model’s minimum cash point lands there and a small miss can force a reset.
6Acq spend$37.5K/mo
Make sure the $37.5K monthly acquisition budget can fill enough active buyers and sellers, and avoid vehicle commitments unless route density supports utilization.
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