The Economics of Deer Farming: Startup Costs and Yearly Maintenance Costs
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- Introduction
- Material Pricing Information
- Description of Small-size Scenario
- Material Requirements and Costs
- Feed Costs
- Veterinary Costs
- Stocking Prices and Assumptions
- Death Loss
- Sales
- Description of Mid-size Scenario
- Material requirements and costs
- Feed Costs
- Veterinary Costs
- Stocking Prices and Assumptions
- Death Loss
- Sales
- Description of large-size scenario
- Feed costs
- Veterinary costs
- Stocking prices and assumptions
- Death Loss
- Sales
Introduction
These materials are intended to accompany three case studies programmed in the DeerCalc software. There are three scenarios: a small-size, a mid-size and a large farm. The program has three files for the small-size startup, one for each of the first three years of operation. There is one file each for the startup years of mid-size and large operations.
Material Pricing Information
The following prices and materials are constant across the three scenarios.
Cost of fencing
Roll (300 feet) of 8-foot fence is priced at $365.
10-foot T posts + clips = $9/post.
2 3/8-inch pipe costs $1.25/ft.
12-foot gates cost $195.
Guillotine gates cost $150.
Cost of water and feed troughs
Water tanks cost $36.
Feed troughs cost $50.
In all scenarios, insurance and repairs are estimated to be around 2 percent to 2.5 percent of value per year.
Description of Small-size Scenario
The small-size operation consists of four pens of approximately 15,000 square feet and one pen of approximately 30,000 square feet. Pens are arranged in a block with a central alley. Four pens are 123 feet square. The fifth pen is 123 feet by 246 feet. The alley is 12 feet wide. Outside corners are cut at a 45 degree angle to mitigate deer behavior of congregating in corners. In between pens, a guillotine gate is installed. These gates allow deer to move between pens or, when closed, prohibit movement between pens. Entry gates into the main alley are 12 feet wide by 8 feet high. These gates are wide enough to block the alley and so aid with sorting and moving animals between pens. The exterior of the facility is surrounded with a two-wire electric fence to keep predators (mostly dogs) out of the pens. See Figure 1.
Labor for construction is assumed to be provided by the owner/operator. Pens are constructed over a three-year period to aid with cashflow and match space requirements. In year one, the three pens on the left side are constructed. In year two, the alley and the bottom right pen are built. In year three, the large pen is constructed.
The three pens on the left side are used first to house four bred does. The does are allowed to move freely between the three pens via the guillotine gates. After birthing, doe fawns are segregated and bottle fed. Buck fawns are kept with their dams. After weaning, bucks are segregated from dams and previously segregated fawns.
Bucks are moved to the fourth pen (bottom right) in the second year of operation. Four yearling does are bred and kept segregated from mature does in the top pen on the left side. The four mature does are allowed to move between the two bottom left pens. After birthing, doe fawns are segregated into the middle left pen. Dams and their buck fawns are left in bottom left pen. At the beginning of year three, yearling bucks are moved to the large pen (newly constructed). Weaned buck fawns are moved into the bottom right pen. Yearling does and mature does are confined to the two bottom left pens. Doe fawns are segregated to the top left pen.
At the end of third year, 2.5-year-old bucks are sold. The producer will need to decide how many 1.5-year-old does will be bred versus sold. Over time, the producer will need to replace breeding does that die, become ill and/or injured or fail to breed. The breeder will need find a market for excess doe fawns or increase the number of pens.
Figure 1. Pen, alley, and gate design for starter operation.
Material Requirements and Costs
Table 1. Year 1
Item | Cost |
---|---|
Four rolls of fencing @ $365 per | $1,460 |
60 T-posts and clips @ $9 per | $540 |
Corner bracing (×4): | |
4 × Six 12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $375 |
4 × Two 10-foot cross braces (2 3/8 pipe) @ $1.25 per ft. | $100 |
Two guillotine gates @ $150 | $300 |
Three water tanks @ $36 | $108 |
Three feed troughs @ $50 | $150 |
Three entry gates and bracing: | |
3 × gates @ $195 | $585 |
3 × three ×12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $141 |
Electric fencer and fencing materials | $150 |
Year one material costs | $3909 |
Table 2. Year 2
Item | Cost |
---|---|
Two rolls of fencing @ $365 per | $730 |
32 T-posts and clips @ $9 per | $288 |
Outside corner bracing (×2): | |
2 × Six 12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $188 |
2 × Two 10-foot cross braces (2 3/8 pipe) @ $1.25 per ft. | $50 |
Inside corner bracing (×3): | |
3 × Three 12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $141 |
3 × Two 10-foot cross braces (2 3/8 pipe) @ $1.25 per ft. | $75 |
One guillotine gate @ $150 | $150 |
One water tank @ $36 | $36 |
One feed trough @ $50 | $50 |
One entry gate and bracing: | |
1 × gates @ $195 | $195 |
1 × three ×12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $47 |
Electric fencing materials | $50 |
Year two material costs | $2,000 |
Table 3. Year 3
Items | Cost |
---|---|
One roll of fencing @ $365 per | $365 |
19 T-posts and clips @ $9 per | $174 |
Outside corner bracing (× 2): | |
2 × Six 12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $188 |
2 ×Two 10-foot cross braces (2 3/8 pipe) @ $1.25 per ft. | $50 |
Two water tanks @ $36 | $72 |
Two feed troughs @ $50 | $100 |
One entry gate and bracing: | |
1 ×gates @ $195 | $195 |
1 × three ×12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $47 |
Electric fencing materials | $50 |
Year three material costs | $1,238 |
In addition to material costs, the grower will need to purchase a dart gun for administering medications and anesthetizing deer for veterinary care. Dart guns range from $300 to $3,000. A serviceable dart gun, powered with .22 caliber blanks, can be purchased for $700.
Feed Costs
A standard ration for deer will include alfalfa and a high protein (20 percent), high fat (8 percent) pellet such as Purina 595 or other “sweet feed.” (This is not an endorsement of Purina products or any other company’s products.) Alfalfa price will vary annually with local supply and demand conditions. A bale of alfalfa will vary from $6 to $12 in Oklahoma. A high protein, high fat pelleted feed will cost around $440/ton.
Four adult deer will consume a bale (65 pounds to 75 pounds) of alfalfa in one week. The bale needs to be “flaked” as deer will typically only consume leaves. Fresh alfalfa ideally is fed daily with unconsumed stems removed from pens. Alfalfa that is exposed to moisture will spoil quickly and harbor pests, so it should be removed from pens and the area surrounding the pens.
Adult deer (bucks and does) will consume about 4.2 pounds per day of a sweet feed (20 percent protein, 8 percent fat) daily. Again, fresh feed should be offered daily. Refusals should be removed if exposed to moist conditions or unconsumed for more than two days. The amount fed can be reduced if substantial refusals are observed.
New-born fawns should be allowed nurse from their dams to consume colostrum. Within a few days of birth, doe fawns are typically segregated and bottle fed. Milk replacer will cost $36 to $45 for 25 pounds. It will typically cost around $100 for milk replacer per doe fawn. After two weeks, doe and buck fawns will consume a maximum of one pound of sweet feed. After weaning (around 12 weeks of age), both buck and doe fawns should be fed sweet feed (up to 4.2 pounds per day) and alfalfa.
Veterinary Costs
All captive deer in Oklahoma should be vaccinated for Blue Tongue and Epizootic Hemorrhagic Disease (EHD). Vaccine currently costs $250 for 100 ml. A single dose is 2 ml to 3 ml (or cc) for mature deer. Two or three doses are administered annually for adult deer. The annual vaccination cost per breeding animal is $10 to $23 per head. Fawns will require an initial vaccine of 2 ml with a later booster. The cost for vaccinating a fawn is $10 per head. Consult with your veterinary for recommended dosage and number of booster vaccinations in your area.
About every three months, animals should be dewormed. Worming pellets cost $24 for 50 pounds. Four does will require 100 pounds per treatment. Note, lower cost methods of internal parasite control might be available. Oral dewormers might be administered in drinking water. Check with your veterinarian for advisability of this method. External and internal parasites can also be controlled with topical and/or injectable parasiticides. Fawns are wormed after four to five months of age.
Other veterinary expenses that should be budgeted include therapeutic treatment for pneumonia using injectable antibiotics. A single dose of penicillin will cost $1.20 to $1.60 for a 6 ml to 8 ml injection. Darts for use in a dart gun cost $16 for five darts. A herd of four does will require at least three packages annually. Miscellaneous veterinary supplies, including needles and syringes, are budgeted at $8 per head. If TB/Brucellosis testing is required, an addition $50 per head should be budgeted.
Stocking Prices and Assumptions
The “start-up” scenario assumes that the grower purchases four bred (natural service or artificially inseminated) does. Bred does of unproven or low-quality genetics will cost around $1,500 per doe. Note, high genetic quality does will cost more than $5,000 per head and can be cost in excess of $10,000 per doe. By purchasing bred does, the grower will not need a breeder buck in the first year.
In the second year, the grower will need either a breeder buck or to artificially inseminate (AI). Note, even if artificially inseminating, a breeder buck is usually used to get 100 percent (or close) conception rates. A 1.5-year-old breeder buck of lower quality can be purchased for $1,500 to $2,000. Artificial insemination is costly, but may be necessary if the breeder decides to improve herd genetics. Very good quality semen is currently available for $300 per straw. (One straw can be used to breed two does). However, the veterinary costs are high. The drugs for anesthetizing and breeding currently cost about $310 per head. A veterinarian will charge around $250 per doe for artificially inseminating. The total cost to AI is about $710 per doe, making the purchase of a breeder buck desirable for most small producers.
Death Loss
The quantity of death loss in captive deer populations is highly variable. Outbreaks of EHD and Blue Tongue can claim more than 50 percent of herd in a few days. In some areas of Oklahoma, losses to EHD and Blue Tongue are rare but, in other areas, outbreaks occur annually. For budgeting purposes, a minimum loss of 10 percent should be considered for all age classes.
Sales
Producers will generally not sell deer until their third year of operation. However, there are markets for younger deer. Lower quality or unproven quality genetics can produce weaned doe fawns with a market value of $500 and wean buck fawns with a market value of $750. At 1.5 to 2.5 years of age, an open doe might bring $750 and a bred doe $1,250. A yearling buck can bring $1,000 or more depending on antler size. At 2.5 years of age, a buck might bring $1,500 or more.
Description of Mid-size Scenario
The mid-size operation is shaped similar to Figure 1, except that there are six pens of equal size. Each pen is approximately 30,000 square feet (173 feet by 173 feet). The 12-foot central ally is maintained in this scenario. As in the small-size scenario, labor for construction is assumed to be provided by the owner/operator. Construction is completed in a single year, but could be spread over three years if necessary for cash flow considerations.
Material requirements and costs
Table 4. Year 1
Item | Cost |
---|---|
Eleven rolls of fencing @ $365 per | $4,015 |
180 T-posts and clips @ $9 per | $1,620 |
Corner bracing (×8): | |
8 × Six 12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $750 |
8 ×Two 10-foot cross braces (2 3/8 pipe) @ $1.25 per ft. | $200 |
Four guillotine gates @ $150 | $600 |
12 water tanks @ $36 | $432 |
12 feed troughs @ $50 | $600 |
Six entry gates and bracing: | |
6 ×gates @ $195 | $1,170 |
6 × 3 ×12.5-foot posts and cross braces (2 3/8 pipe) @ $1.25 per ft. | $281 |
Electric fencer and fencing materials | $200 |
Year one material costs | $9868 |
Feed Costs
In addition to the feed costs described for the small-size scenario, the mid-size operation will likely have additional feed expenses. The goal is provide sufficient nutrition to allow bucks to reach their genetic potential. Doe fawns receive 0.5 pound per day of calf manna at $0.42 per pound. Doe fawns also receive 0.5 pound of a 38 percent protein pellet. After weaning bucks will have free choice to 38 percent protein pellets. Typically, weaned bucks will initially eat 1pound to 1.5 pounds of 38 percent protein pellets per day, increasing to 1.5 pounds to 2 pounds per day by 180 days post weaning. 38 percent protein pellets cost $22.50/50 pounds or $0.45 per pound. Both doe and buck fawns may receive a dose of probiotic at $2 per dose. Adult does and bucks receive the same ration as in the small-size case.
Veterinary Costs
Most veterinary expenses are the same per head as in the small-size scenario. However, does will be artificially inseminated and “clean-up” bucks used. AI procedures are expensive, as discussed above, $710 per doe for semen, drugs and veterinary services is budgeted.
Stocking Prices and Assumptions
Twelve bred (naturally serviced or artificially inseminated) does are purchased at $6,000 per head. Prices of does for producers in this group range from $4,000 to $14,000. A breeder buck is purchased for $15,000 with a range of $8,000 to $20,000.
Death Loss
As above, a minimum loss of 10 percent should be considered for all age classes.
Sales
Market prices for weaned doe fawns from this group of producers might bring $1,500 or more. Weaned buck fawns might bring $1,500 or more. At 1.5 to 2.5 years of age, a bred doe might bring $2,500 to $4,000. A yearling buck can bring $1,500 or more depending on antler size. At 2.5 years of age, a buck might bring $2,000 or more.
Semen might be sold. For budgeting purposes, 50 straws are sold at $300 per straw.
Description of large-size scenario
The large-size operation will usually be a “turn-key” operation, with the owner/operator providing little or no labor. The layout of pens and working facilities will differ from the two previous scenarios because of the increased size and number of pens. Additionally, the large-size producer will have a working facility with sorting/holding pens, an enclosed alley and drop-floor chute. No material requirements are provided for a large-sized operation. A quote was obtained from an experienced, local contractor. For a turn-key operation with 20 pens of 40,000 square feet, alleys, an 80-foot by 120-foot pole barn, sorting/holding pens and chute, a price of $300,000 was estimated.
Feed costs
Feed costs are the same per head as in the mid-size scenario.
Veterinary costs
Veterinary expenses are the same per head as in the mid-size scenario, except that semen prices will be higher. Semen costs can be as much as $15,000 for the highest quality bucks.
Stocking prices and assumptions
Twenty-four bred does are purchased at $7,000 per head. Prices of does for producers in this group range from $4,000 to $14,000. Three breeder bucks are purchased for $35,000 with a range of $25,000 to $125,000. These breeder bucks should have the genetic potential to reach 300 inches or more.
Death Loss
As above, a minimum loss of 10 percent should be considered for all age classes.
Sales
No animal sales before three years of age will typically take place from a large-size operation. After three years, 2.5 year old bucks will start at $10,000. Semen will typically be sold. Given the genetic potential of the operation’s breeder bucks, prices for semen can be as range from $300 to $1,500 per straw, and even higher, depending on antler size.
Eric A. DeVuyst
Associate Professor
Department of Agricultural Economics