Equestrian Center Break-Even Analysis: $79K Monthly Revenue Target

Fixed costs $57.4K/mo Committed monthly base

Contribution margin 71.5% After variable costs

Break-even revenue $80.3K/mo Sales to cover

Break-even timing Month 30 Model breakeven point

Break-even calculator

Test whether monthly revenue covers variable costs and the fixed cost base.

Lean Base Full

Monthly revenue Revenue is the pool that covers variable costs and fixed overhead. $ Low sales High sales Variable expenses Use costs that rise with service volume, horses in use, and activity levels. $ Low costs High costs

Money available to cover fixed costs $37,500 $50,000 revenue - $12,500 variable expenses

Margin ratio

75%

Covers fixed costs

$28,067 short

Fixed monthly costs This is the monthly overhead the business must cover before profit starts. $ Low overhead High overhead

Break-even chart Revenue Total costs

Which expenses are fixed and which move with sales at an equestrian center?

Cost classification

Break-even is reliable only if stall, lesson, and care costs are split by behavior. Fixed rent can’t be treated like feed, and payroll often steps up before revenue catches up.

Expense	Cost	Break-Even Treatment	Common Mistake
Property Lease/Mortgage	Fixed	Use $15,000 per month in the break-even base before any lesson or boarding revenue.	Spreading rent by stall and making it look avoidable.
Facility Insurance	Fixed	Use $1,500 per month as a recurring facility overhead item.	Tying insurance to customer count instead of keeping it in fixed overhead.
Utilities	Semi-variable	Start with the $3,000 monthly run rate, then flex usage as barn activity rises.	Modeling utilities as fully fixed when water, heat, and lighting rise with use.
Manure Removal Service	Semi-fixed	Use the $1,000 monthly service cost until horse count or pickup frequency steps up.	Treating hauling as purely variable per horse every month.
Feed, Hay & Bedding	Variable	Model at 12.0% of revenue in the first year, tapering to 10.0% by the mature year.	Understating bedding and hay when boarding volume grows.
Veterinary & Farrier Services	Variable	Use 5.0% of revenue in the first year for school-horse care, improving to 4.0% later.	Leaving school-horse care out of gross margin.
Tack & Equipment Maintenance	Semi-variable	Model at 3.0% of revenue in the first year, with wear rising as lesson hours increase.	Treating repairs as rare instead of normal operating wear.
Barn Manager, Instructors, Trainers, Grooms, Admin, Owner	Semi-fixed	Payroll is committed in staffing blocks before stalls and lessons are full.	Treating all barn labor as variable and delaying payroll in the model.

How does break-even change from a lean month to full capacity at an equestrian center?

Scenario table

Break-even moves because the same barn, staff, and utility base gets spread over more lesson, boarding, and training revenue as occupancy rises. Lean months stay below the line; full months create enough contribution to cover fixed costs.

Planning cases only; these figures are modeled assumptions, not a guarantee of demand or occupancy.

Scenario	Monthly Revenue	Variable Costs	Fixed Costs	CM Ratio	Operating Profit	Break-Even Signal
Lean lesson-and-board month	$60.0k	$17.1k	$56.4k	71.5%	-$13.5k	Still below break-even, so losses continue.
Base Year 1 mix	$78.9k	$22.5k	$56.4k	71.5%	$0	Right at break-even; one weak month slips back into loss.
Full-capacity mixed-service month	$100k	$28.5k	$56.4k	71.5%	$15.1k	Above fixed costs, so the center starts building cushion.

What breaks the break-even plan for an equestrian center?

Stress test

Break-even is most fragile if lesson bookings, boarding occupancy, or training demand slip while feed, bedding, utilities, and overtime rise. Under the base plan, the center breaks even at about $788K, and a 10% shock can add about $60K to $144K of extra revenue needed.

Stress Case	Changed Assumption	Break-Even Revenue	Revenue Gap	Risk Signal
Current plan	No change from the base model.	$788K	$0 gap	Breakeven lands at Month 30, so early cash stays tight.
Revenue shortfall	Revenue runs 10% below break-even.	$788K	$79K gap	Fewer lessons or lower boarding occupancy quickly widen the funding need.
Fixed-cost increase	Fixed costs rise 10%.	$867K	$79K gap	Lease, insurance, utilities, or staffing overhead can push breakeven out.
Margin pressure	Variable expenses rise from 285% to 335%.	$848K	$60K gap	Higher feed, bedding, and overtime squeeze contribution fast.
Combined pressure	Fixed costs rise 10% and variable expenses rise to 335%.	$932K	$144K gap	A cost squeeze and soft demand can delay breakeven well past Month 30.

What should you verify before you sign the lease and commit to the barn build-out?

Founder checklist

Do not sign the lease or buy horses until the facility load, launch capex, and booking mix can support the model. Break-even lands in Month 30, and cash dips to -$530K there, so reserve size and early demand are the real go/no-go tests.

1Cash trough-$530K

Verify reserve money can cover the Month 30 cash low, or the center can stall before break-even.

2Facility load$25.9K/mo

Confirm the lease, taxes, insurance, utilities, manure removal, maintenance, admin, and software all fit inside the first-year overhead plan.

3Demand mix70/20/10

Test whether the Year 1 mix of lessons, boarding, and training can fill real bookings, and whether training at $600 and a la carte at $150 add enough sales.

4Margin check71.5% CM

Check that feed, vet, tack, marketing, consumables, and overtime stay near the Year 1 variable cost load so pricing keeps a 71.5% contribution margin.

5Staff ramp1.5 FTE

Do not scale the lead instructor or horse trainer to 1.5 FTE in Year 2 unless lesson and training demand can keep that labor busy.

6Launch capex$455K

Stage the $455K build-out across footing, stalls, fencing, horses, equipment, and systems so the opening spend does not outrun demand.