How many cows does it take to break even? I have put some numbers together to hopefully show that. Some of the assumptions I made:
I assumed a commercial cow calf operation that uses bulls for rebreeding. I assumed a 15% inefficiency factor that should take into consideration open cows, death loss, calving loss.
I used the Alberta average before tax family income to determine a number for living. I assume the entire family works on the farm. Out that number the family must live, pay income taxes, utilities for their home and pay for the house, cars, trips etc. just like the people in town. If you think your living costs are less, for every $10,000 of living costs you can reduce the break even herd size by 41 head. Likewise for every $10,000 of off farm income the break even herd size can be reduced by the same number.
I assume the operation provides all the pasture and feed requirements for their cow herd from their own land base. A value is included for salt and mineral. The operation has the equipment to put up their own hay and to feed it. Values shown for fuel and gas are only the actual farm expenses, personal travel comes out of the family income.
I assume the cows drink out of springs or dugouts and no water is pumped for the cows or electricity used for waterers. A value for electricity is shown for a unheated farm shop and to plug in a truck and loader tractor in the winter.
Some costs are stepped costs, that is that act a little like fixed costs and but will change with herd size. I have attempted to split those costs evenly between the variable and fixed costs so you will notice some line items in both the variable and fixed areas.
I use the terms contribution and fixed costs. Contribution is the revenue minus variable costs. It is the amount available to pay fixed costs which are the costs the operation must pay even if there are no cows raised that year.
The costs assume no debt. However for each $10,000 of annual debt repayment capacity required the herd size must increase by 44 head. However since a portion of debt repayment must be made with after tax dollars I have assumed the debt payments were ½ principal taxed at a marginal 20% tax rate. That tax cost would require additional 4 cows.
And since debt repayment capacity could include principal payments we would not be looking at break even profit numbers, instead it would be break even cash flow with the extra cows needed to repay debt.
Anyway, have fun with the numbers. These numbers do not necessarily reflect my operation but I hope they are typical. The result was using the numbers shown it would take 481 cows to break even with no debt and no off farm income.
Variable Expenses
Salt and Minerals 25
Diesel 25
Gas 25
Depreciation and Capital Investment 25
Bulls 20
Repairs 20
Hay and Pasture Insurance 15
Grass Seed 15
Trucking $CWT 12
Veterinary Services 10
Auction Commission 10
Property Taxes 8
Ivomec Pour On 5
CattleMaster 4 VL5 5
Twine 5
Ear Tags 3
Scour Guard Vaccine One Dose 3
Checkoff 3
Implant 1
Brand Inspection 1
8 Way 1
Total Variable Costs 237
Revenue
Calf Weight 575
$CWT 1
Calf Value 546
Inefficiency Percent 0
Inefficiency Dollar Value 82
Net Revenue per Cow 464
Contribution per Cow 228
Fixed Expenses
Family Income 70,300
Depreciation and Capital Reinvestment 11,250
Property Taxes 3,600
Legal and Accounting Fees 5,000
Gas 3,750
Diesel 3,500
Fence Repairs 3,000
Farm Insurance 3,000
Office Expenses 2,000
Building Repairs 1,500
Licenses 600
Telephone 500
Electricity 500
Memberships and Subscriptions 200
Total Fixed Costs 108,700
Fixed Costs Per Cow 228
Break Even Cow Herd Size 477
Required Debt Repayment Capacity 10,000
After Tax Debt Repayment Capacity 11,000
Extra Number of Cows to Repay Debt 48
I assumed a commercial cow calf operation that uses bulls for rebreeding. I assumed a 15% inefficiency factor that should take into consideration open cows, death loss, calving loss.
I used the Alberta average before tax family income to determine a number for living. I assume the entire family works on the farm. Out that number the family must live, pay income taxes, utilities for their home and pay for the house, cars, trips etc. just like the people in town. If you think your living costs are less, for every $10,000 of living costs you can reduce the break even herd size by 41 head. Likewise for every $10,000 of off farm income the break even herd size can be reduced by the same number.
I assume the operation provides all the pasture and feed requirements for their cow herd from their own land base. A value is included for salt and mineral. The operation has the equipment to put up their own hay and to feed it. Values shown for fuel and gas are only the actual farm expenses, personal travel comes out of the family income.
I assume the cows drink out of springs or dugouts and no water is pumped for the cows or electricity used for waterers. A value for electricity is shown for a unheated farm shop and to plug in a truck and loader tractor in the winter.
Some costs are stepped costs, that is that act a little like fixed costs and but will change with herd size. I have attempted to split those costs evenly between the variable and fixed costs so you will notice some line items in both the variable and fixed areas.
I use the terms contribution and fixed costs. Contribution is the revenue minus variable costs. It is the amount available to pay fixed costs which are the costs the operation must pay even if there are no cows raised that year.
The costs assume no debt. However for each $10,000 of annual debt repayment capacity required the herd size must increase by 44 head. However since a portion of debt repayment must be made with after tax dollars I have assumed the debt payments were ½ principal taxed at a marginal 20% tax rate. That tax cost would require additional 4 cows.
And since debt repayment capacity could include principal payments we would not be looking at break even profit numbers, instead it would be break even cash flow with the extra cows needed to repay debt.
Anyway, have fun with the numbers. These numbers do not necessarily reflect my operation but I hope they are typical. The result was using the numbers shown it would take 481 cows to break even with no debt and no off farm income.
Variable Expenses
Salt and Minerals 25
Diesel 25
Gas 25
Depreciation and Capital Investment 25
Bulls 20
Repairs 20
Hay and Pasture Insurance 15
Grass Seed 15
Trucking $CWT 12
Veterinary Services 10
Auction Commission 10
Property Taxes 8
Ivomec Pour On 5
CattleMaster 4 VL5 5
Twine 5
Ear Tags 3
Scour Guard Vaccine One Dose 3
Checkoff 3
Implant 1
Brand Inspection 1
8 Way 1
Total Variable Costs 237
Revenue
Calf Weight 575
$CWT 1
Calf Value 546
Inefficiency Percent 0
Inefficiency Dollar Value 82
Net Revenue per Cow 464
Contribution per Cow 228
Fixed Expenses
Family Income 70,300
Depreciation and Capital Reinvestment 11,250
Property Taxes 3,600
Legal and Accounting Fees 5,000
Gas 3,750
Diesel 3,500
Fence Repairs 3,000
Farm Insurance 3,000
Office Expenses 2,000
Building Repairs 1,500
Licenses 600
Telephone 500
Electricity 500
Memberships and Subscriptions 200
Total Fixed Costs 108,700
Fixed Costs Per Cow 228
Break Even Cow Herd Size 477
Required Debt Repayment Capacity 10,000
After Tax Debt Repayment Capacity 11,000
Extra Number of Cows to Repay Debt 48
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