Grain Handling Equipment Service Break-Even: About $154K/Month

Fixed costs $36.2K/mo Core opex

Contribution margin 88% After variable costs

Break-even revenue $41.1K/mo Monthly target

Break-even timing Month 1 Launch month

Break-even calculator

Test monthly revenue against variable costs and fixed costs to see how fast this grain handling service clears break-even.

Lean Base Full

Monthly revenue Sales each month create the margin that pays fixed costs. $ Lower sales Higher sales Variable expenses Direct costs that rise with each dollar of sales, like commissions, shipping, and installation support. $ Lower direct cost Higher direct cost

Money available to cover fixed costs $2,209,154 $2,460,083 revenue - $250,929 variable expenses

Margin ratio

90%

Covers fixed costs

Yes

Fixed monthly costs Payroll and overhead the business has to cover each month. $ Lower overhead Higher overhead

Break-even chart Revenue Total costs

Which expenses stay fixed and which move with sales for this grain handling equipment service?

Cost classification

Break-even is reliable only when steady monthly overhead stays separate from sales-linked spend. Here, Month 1 break-even depends on treating the $58,750 first-year salary base and the 12% sales-linked field expense stack correctly.

Expense	Cost	Break-Even Treatment	Common Mistake
Manufacturing Facility Lease	Fixed	Include $15,000 per month in baseline overhead before unit margin is tested.	Assuming the lease flexes down when equipment orders slow.
R&D Lab Maintenance	Fixed	Include $4,500 per month as recurring overhead across the planning range.	Dropping lab spend from break-even because it is not tied to each unit sold.
Salaried Operating Team	Semi-fixed	Use $58,750 per month in the first year, then step it up as headcount rises.	Treating technician capacity as free once the team is hired.
Sales Commissions	Variable	Apply 4.0% of revenue in the first year, falling to 3.0% by the mature year.	Modeling commissions as flat even when sales volume grows.
Shipping and Logistics	Variable	Apply 5.0% of revenue in the first year, falling to 3.8% by the mature year.	Ignoring freight pressure on large bins, conveyors, and dryers.
Installation Subcontractors	Variable	Apply 3.0% of revenue in the first year, falling to 2.0% by the mature year.	Assuming field installation labor is covered by the sale price with no job-level drag.
Factory Utilities	Semi-variable	Model the listed 1.2% of revenue as usage-linked factory load on top of fixed overhead.	Treating utilities as purely fixed when production hours rise.
Warranty Reserve	Semi-variable	Apply the 0.5% reserve to revenue so break-even reflects expected service claims.	Counting inventory and service vehicles as free once purchased.

How does break-even change from lean to full capacity for this grain handling equipment service?

Scenario table

Break-even improves as the mix shifts toward sensor kits and software hubs, which carry lighter variable load. Lean is still positive in Month 1, but the cushion is thinnest until higher-volume installs take over.

Planning assumptions only; actual break-even will move if the product mix, install timing, or logistics change.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean launch, Year 1 mix	$1.06M	$353k	$95k	66.5%	$608k	Month 1 break-even holds, but cushion is thin.
Base case, Year 2 mix	$1.69M	$542k	$109k	67.9%	$1.04M	Month 1 break-even holds with more cushion.
Full-capacity buildout, Year 3 mix	$2.46M	$761k	$140k	69.1%	$1.56M	Largest cushion; fixed overhead is easiest to cover.

What could push this grain equipment plan below break-even?

Stress test

The first operating year clears break-even fast, but the cushion depends on on-time installs, steady harvest demand, and clean logistics. Slower sales, higher diesel and travel, lower parts markup, wage pressure, or a late harvest can shrink it quickly.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change.	$154K	$902K cushion	Break-even is cleared early with room to absorb delays.
Revenue shortfall	Revenue is 25% lower than planned.	$154K	$638K cushion	Demand can slip hard and still stay above break-even.
Fixed-cost pressure	Fixed overhead rises 15%.	$178K	$878K cushion	Lease, staffing, or travel inflation cuts profit, but not enough to break it.
Margin pressure	Variable costs rise and margin falls 5 points.	$167K	$889K cushion	Lower parts markup or logistics slippage trims profit fast.
Combined pressure	Revenue falls 25%, margin drops 5 points, and fixed costs rise 15%.	$192K	$600K cushion	Late harvest demand and cost creep can cut the cushion sharply.

Can you prove the first-year pipeline before you lock in the plant lease and fleet?

Founder checklist

Yes — treat break-even as a gate, not a guess. Only commit to lease, hires, trucks, and inventory after the signed mix, roughly $95K/mo of recurring load, and the $1.105M Month 1 cash need all hold together.

1Signed pipeline120/85/40/500/150

Verify booked demand matches the first-year mix of 120 grain bins, 85 conveyors, 40 dryers, 500 sensor kits, and 150 software hubs before you lock sourcing.

2Recurring load$95K/mo

Verify lease, R&D, insurance, cloud, marketing, travel, and Year 1 payroll fit inside this load, because break-even breaks fast if overhead rises before volume does.

3Contribution margin72% CM

Verify the blended contribution margin stays near 72% after materials, commissions, shipping, and installs, or the lease and payroll will outrun you.

4Support ramp1→6 FTE

Verify technical support grows before the sales team, so installs and service calls do not outrun coverage.

5Cash cushion$1.105M

Verify opening cash can absorb the Month 1 minimum cash need before capex and payroll start pulling harder than receipts.

6Backlog planMonth 1

Verify harvest-season orders are lined up by Month 1 before you buy the fleet, so crews start with booked work instead of dead miles.