Cryogenic Transport Break-Even: $148K Monthly Revenue

Fixed costs $49.0K/mo Base monthly overhead

Contribution margin 83.5% After variable costs

Break-even revenue $58.7K/mo Monthly sales target

Break-even timing Month 1 Launch month

Break-even calculator

Test monthly revenue, variable expenses, and fixed costs against break-even for a cryogenic transport service.

Lean Base Full

Monthly revenue Monthly sales and contract revenue set the pool that covers fixed costs. $ Lower sales Higher sales Variable expenses Direct costs rise with shipments, storage, and monitoring volume. $ Lower direct costs Higher direct costs

Money available to cover fixed costs $541,943 $636,083 revenue - $94,140 variable expenses

Margin ratio

85%

Covers fixed costs

Yes

Fixed monthly costs Fixed monthly costs include staff, rent, insurance, compliance, and support. $ Lean base Heavier base

Break-even chart Revenue Total costs

Which cryogenic transport expenses are fixed and which move with sales volume?

Cost classification

Break-even gets more reliable when cryogen, packaging, fuel, and monitoring move with shipment volume while rent, insurance, and staffing steps stay separate. Here’s the quick math: small percentage errors matter against $2.789 million in first-year revenue.

Expense	Cost	Break-Even Treatment	Common Mistake
Liquid Nitrogen and Consumables	Variable	Model at 6.5% of first-year revenue, about $181k annually.	Treating cryogen use as fixed.
Validated Packaging Materials	Variable	Model at 3.5% of first-year revenue, about $98k annually.	Ignoring per-shipment packaging draw.
Fuel and Transportation Tolls	Variable	Model at 4.5% of first-year revenue, about $126k annually.	Underestimating deadhead miles.
IoT Data and Monitoring Fees	Variable	Model at 2.0% of first-year revenue, about $56k annually.	Leaving temperature data out of margin math.
Specialized Facility Rent	Fixed	Hold at $15,000 per month through the planning range.	Allocating it per load too early.
High Value Cargo Insurance	Fixed	Hold at $8,500 per month before and after revenue ramps.	Forgetting coverage before revenue ramps.
Certified Cryogenic Drivers	Semi-fixed	Plan staffing steps from 4 FTE in Year 1 to 16 FTE by Year 5.	Hiring ahead of route density.
Logistics Coordinators	Semi-fixed	Plan dispatch steps from 2 FTE in Year 1 to 8 FTE by Year 5.	Scaling dispatch before contract volume.

How does break-even shift from lean to base to full utilization in cryogenic transport?

Scenario table

Higher-volume cases need more drivers, coordinators, and compliance coverage, so fixed costs rise faster than margin improves. That pushes break-even revenue from about $148.0k in lean to $323.5k in full, even as the CM ratio edges up.

Planning assumptions only; actual margins will move with route mix, utilization, and staffing.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean launch case	$232.4k	$38.3k	$123.6k	83.5%	$70.5k	Break-even lands in Month 1 with a modest cushion above $148.0k.
Base route-density case	$636.1k	$94.2k	$182.8k	85.2%	$359.1k	Healthy cushion above the $214.5k break-even level as route density improves.
Full utilization case	$1.242M	$162.8k	$281.1k	86.9%	$798.4k	Strong cushion above the $323.5k break-even mark if uptime stays stable.

What breaks the break-even plan if volume slips or costs rise?

Stress test

Year 1 average monthly revenue is about $232,417 against roughly $123,583 of fixed costs. The cushion is real, but a 15% revenue drop, a 10% fixed-cost rise, or higher variable costs can squeeze it fast.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change.	$148,000	$84,417 cushion	Solid base case, but fixed overhead stays heavy.
Revenue shortfall	Monthly revenue falls 15% to about $197,554.	$148,000	$49,554 cushion	Still above break-even, but the buffer shrinks fast.
Fixed-cost pressure	Fixed costs rise 10% to about $135,941 a month.	$162,800	$69,617 cushion	More rent, insurance, or labor pushes the line up.
Margin pressure	Variable expenses rise from 16.5% to 19.5% of revenue.	$153,500	$78,917 cushion	Fuel, deadhead miles, or downtime can narrow the spread.
Combined pressure	Revenue falls 25%, variable expenses rise to 21.5%, and fixed costs rise 10%.	$173,167	$1,146 cushion	This leaves almost no room for a bad month.

Before you buy the first cryogenic fleet, what must be true?

Founder checklist

Before you commit to the $850,000 vehicle fleet, prove the Year 1 plan can fill the first routes with signed shipment, storage, and validation work. The model still dips to -$405,000 in Month 6, so launch readiness means cash, staffing, and demand are in place before fixed overhead locks in.

1Load Density450 shipments

Verify signed shipment volume matches the Year 1 assumption and stays dense enough by lane to avoid deadhead miles before the fleet commitment.

2Storage Pull120 contracts

Confirm storage demand is real before buying the $320,000 liquid nitrogen storage pods and the $210,000 warehouse cryogenic storage units.

3Fixed Burn$123.6K/mo

Make sure rent, insurance, audits, fleet maintenance, cloud, marketing, and wages can all be carried, because the monthly fixed load is already heavy.

4Cost Mix83.5% CM

Check that liquid nitrogen, packaging, fuel, tolls, and monitoring stay near Year 1 levels, since small cost slippage hits margins fast.

5Driver Ramp4 FTE

Verify you can hire and keep four certified cryogenic drivers at launch before you scale route volume or add more trucks.

6Cash Gap-$405K

Fund the Month 6 cash dip up front, because the early capex load is about $1.7M and payback takes 24 months.