Llamas and Alpacas on the Farm

By Lance Gegner, NCAT Agriculture Specialist. Updated by Hannah Sharp, NCAT Sustainable Agriculture Intern


Llamas or alpacas can be a good addition to a farm or ranch—an alternative livestock enterprise on marginal pastureland that fits well into a diversified farming operation. This publication discusses considerations for raising llamas and alpacas, including regulations, marketing, nutrition, care, reproduction, and handling.


Regulations for Llamas and Alpacas
Marketing Animals and Products
Physical and Social Environment
Animal Care
Handling and Transport
Further Resources


Llamas or alpacas can be a good addition to a farm or ranch—alpacas as an alternative livestock enterprise and llamas as guard animals or recreational animals. They fit well into a diversified farming operation. Marginal pastureland is suitable for raising llamas and alpacas, with some supplemental feeding under certain conditions. There are currently more than 158,000 (SCLA, 2009) llamas and more than 170,000 registered alpacas in North America (Berman, 2011).

Both llamas and alpacas are members of the Camelidae family. Modified ruminants with a three-compartment stomach, they have cloven hooves and chew a cud like sheep and cattle. The young of both llamas and alpacas are called crias. Although they were previously classified under the same genus as llamas, the alpaca genus was changed from lama to vicugna in 2001 following genetic analysis showing that the alpaca descends from the vicuña, not the guanaco (Kadwell et al., 2001). Other members of the family, guanaco and vicuña, are wild animals classed as endangered species and protected from hunting in South America.

The llama and alpaca have been domesticated in South America for many centuries. There the llama is used as a beast of burden, as a fiber source, and as a meat source. The alpaca is used primarily for fiber production, but is also a meat source in South America.

Llamas and alpacas are quiet, intelligent, easily trained animals that can provide fleece and potentially a variety of services to the owner. They are adaptable to different climates and terrains. Alpacas and llamas offer a comparatively low-impact livestock alternative. Their padded feet do not have the same effect on the ground as hooves. In addition, they have efficient digestive systems and tend to consolidate feces, helping to control parasites and ease manure collection.

Before starting a llama or alpaca enterprise, it is advisable to visit as many existing llama or alpaca operations as possible, to pick up ideas and learn about options. Pay particular attention to regional farms, because care and feeding may vary in different parts of the country due to climate, parasites, and terrain. Each llama or alpaca operation is unique. Gathering many ideas will help in creating an operation that suits a producer’s particular situation.

Previously, when starting to raise either alpacas or llamas, the initial capital investment in breeding stock was fairly substantial. Though stock can still be expensive, since the mid-1990s the price of most llamas has been reasonable, and the price of alpacas has decreased as their numbers in the United States have grown. Raising llamas or alpacas is considered a high-risk enterprise by banks and other agencies and, consequently, a large owner investment is usually needed to obtain a loan.

As with any agricultural business, there are potential tax advantages associated with llama and alpaca production. If the animals are actively raised for profit by the owner, expenses such as food and veterinary care can be written off. Alpacas are classed as livestock, which enables farmers to operate under agricultural business rules. According to the Alpaca Owners and Breeders Association, there may also be tax benefits for passive owners who invest in alpacas (AOBA, No Date). Llama and alpaca owners should stay current on tax law changes.

Regulations for Llamas and Alpacas

Before considering a camelid operation, find out whether any permits or licenses are required for raising llamas or alpacas in your state. The USDA Animal and Plant Health Inspection Service website links to states’ and U.S. territories’ import regulations for animals and contact information for state veterinarians.

The property where llamas or alpacas will reside must be zoned for livestock. Check with your zoning authority before you purchase any animals. In addition, note that transporting llamas or alpacas across state lines can require considerable paperwork, testing, and vaccinations. Consult with your veterinarian or your state veterinary office for rules and requirements on interstate transport of llamas and alpacas.

llama on mountain

Llama. Photo: clipart.com


Llamas were first domesticated 4,000 to 5,000 years ago in the Andean Highlands. Many prominent people, including William Randolph Hearst, imported llamas to the United States in the late 1800s and early 1900s.

Adult llamas’ typical weight can range from about 250 to 450 pounds. Their height at the shoulder is from 42 to 45 inches, and at the head from 5 1/2 to over 6 feet tall. Llamas can live 20 to 25 years. They come in a wide array of colors from white to black, with shades of grey, brown, and red in between. They range from one solid color to various patterns and spots. There are different types of llamas: the wooly llama, the classic llama, the suri llama and the silky llama.

Llama prices vary regionally, with pet-quality animals costing as little as $500. Prices depend upon the age, sex of the animal (males usually cost less), quality of breeding or show stock, and bloodlines. The low end of the female price range is $2,000 (SCLA, 2009).

Llama owners need to consider which of the creature’s multiple uses will fit with their goals. Llama owners who plan to market breeding llamas will probably need to get pedigreed stock. For more information on pedigrees and registering llamas, contact the International Lama Registry.

group of alpacas

Huacaya alpacas. Photo: Robin Alpert


The alpaca was first imported to the United States in 1984. The majority of alpacas reside in South America, with growing herds in North America, Australia, New Zealand, and Europe. There are two types of alpacas, the huacaya and the suri.

Huacaya is the most common variety of alpaca. The fiber of huacaya alpacas grows perpendicular to the body. It forms a lock structure that surrounds the body with fiber, giving the animal a fluffy, spongy appearance.

Suri is a less-common variety of alpaca. The fiber of suri alpacas grows parallel to the body and hangs down the sides of the body in curly ringlets. Suri fiber doesn’t stand out from the body, but parts along the backbone and hangs along the sides, giving the animal a slender, sleek look (Dey, 1998). Suri alpacas have five defined lock structures. These different types of fiber are listed on the Suri Network website along with the suri alpaca breed standard.

Adult alpacas typically weigh between 130 and 200 pounds. Their height at the withers averages 36 inches (Berman, 2011). The alpaca’s lifespan is similar to that of a llama, averaging 15 to 25 years. There are 22 natural basic colors of alpacas ranging from black to white—including many different browns, grays, tans, and creams. Alpacas tend to be a single, uniform color, but occasionally will have white markings on the face, neck, or legs.

The price range for alpacas, like llamas, depends on color, coat type, sex, and other variables. Pets and fiber males sell for a few hundred dollars. Female production alpacas generally sell for $1,000 to $8,000, whereas breeding stock and show animals sell for thousands to tens of thousands of dollars. Though the North American alpaca industry used to focus primarily on breeding, it is now both a breeding and fiber industry (Berman, 2011). Alpaca producers getting into marketing of breeding stock should purchase registered and blood-typed stock. Contact the Alpaca Owners and Breeders Association, the Suri Network, the Cottage Industry Alpacas Breeders Association, or the Alpaca Registry, Inc., listed in the Further Resources section, for more information on registered alpacas.

Marketing Animals and Products

shearing fiber

Shearing fiber. Photo: Robin Alpert


Llamas and alpacas can provide two direct sources of income: fiber and live sales. Live-sale uses for llamas can include breeding stock, fiber-producing stock, pack animals, cart-pulling animals, golf caddies, companion pets, animals for pet therapy programs for nursing homes and schools, and guardians for alpacas, sheep, or goats. Live-sale uses for alpacas are mainly breeding stock or fiber-producing stock, though they also make good therapy animals.

Llamas are usually shorn annually and have a double-hair coat consisting of a fine wool fiber intermingled with stiff guard hairs. The guard hairs can be left in when making rugs and ropes. But before spinners and weavers can use the 4- to 7-inch-long llama fiber for knitting and weaving other products, the guard hairs have to be removed.

Alpacas are raised to be fiber-producing animals. They are usually shorn annually and produce between 50 and 90 ounces of first-quality fiber and 50 to 100 ounces of second- and third-quality fiber, though some animals may exceed these levels (Berman, 2011). Because alpacas have been bred as fiber animals, they should naturally not have many guard hairs mixed in their fiber. World market price for alpaca fiber ranges from $2 to $10 per pound. Only the highest grades of fiber, finer than 20 microns in diameter, will command higher prices. Each stage of processing, including cleaning, carding, spinning, knitting, and finishing, adds value. A finished garment may sell for $10 per ounce, and hand-knit garments have sold for as much as $1,000 (Berman, 2011).

alpaca scarves

Alpaca scarves. Photo: Robin Alpert

The alpaca community is working to build both commercial and cottage industries for alpaca fiber as the national herd grows. Commercial fiber processors prefer white fiber, but there is a niche market for colored fiber within the cottage industry. Fiber artists enjoy working with naturally colored fiber because it does not require the added step of dying. Producers should be aware, however, that developing the potential of this niche fiber market requires time and effort.

Some positive aspects of alpaca fiber are its softness, uniform fineness, resilience, and thermal capacity. Alpaca fiber provides warmth despite its light weight. Spinners, weavers, and knitters use the fiber for fine textiles. The sheared fiber from one alpaca is usually enough to make four to six sweaters (Altizio and Westendorf, 1998). There is an application for every grade of alpaca fiber, but the clothing grades, 14 through 25 microns, are in the highest demand.  Since neither alpacas nor llamas produce lanolin, the fiber does not need to be scoured before it can be spun.

A growing trend in the llama and alpaca industry is the fiber CSA (community supported agriculture). A CSA allows consumers to purchase shares directly from a farmer, who can then approach the growing season with confidence based on this influx of cash. Though the number of fiber CSAs is not large, the CSA fiber market is gaining popularity due to increased demand on the part of craftspeople.

In return for purchasing a share in a fiber CSA, consumers receive raw fiber, processed batts, roving, or yarn. Shares are generally sold before spring or fall shearing, and range in price from $100 to $180. Some producers are very specific regarding what the shareholder can expect to receive, whereas others indicate that the share will vary depending upon the size of the clip (Bird, 2009).

Pack Animals

The history of the llama as a pack animal began about 5,000 years ago with the natives of South America, who found llama packing to be the ideal way of transporting goods through rugged terrain. A robust llama can pack 25 to 30 percent of its body weight, or 70 to 95 pounds. Llamas are sure-footed in the most difficult terrain and have a low impact on trails compared to traditional pack animals. They usually obtain adequate food and water from browsing while walking, though harsher environments will require the packer to bring additional food and water. Pack llamas are used by a variety of professions, including hunters, fishermen, government land management, rescue work, trail maintenance crews, and scientists transporting delicate equipment into the field (RMLA, no date). Before packing, take care to understand how the saddle should be used, as well as the balance and weight appropriate for your animal. Llamas under the age of two should not be loaded, and no llama should be fully loaded until it is well-trained and fully matured (usually at four years of age) (Camelid Community, 2005).

Livestock Guardians

Llamas can also be used as guardians for livestock, including cattle, sheep, and poultry. As a herd animal, the llama is particularly attentive to menaces (Walker, 2003). Llamas are natural guardians due to their inherent wariness of the dog family. An Iowa State University study found that, on average, producers were losing 26 sheep, or 11 percent of their flock to predation, compared to 8 sheep, or 1 percent, after obtaining guard llamas. Most guard llamas are gelded males, and can be kept with anywhere from 4 to over 2,000 sheep. Many of the llamas in the study adjusted to the livestock within a few hours, and 80 percent were adjusted within a week (University Extension, 1994).

A consideration for many llama or alpaca farmers is that marketing opportunities are not readily available in their locations. Developing markets for their llama or alpaca operation can take a large amount of the operator’s time and energy, and requires good “people skills” and a business plan.

Marketing of llamas and alpacas on the Internet is an option with both advantages and challenges that need to be considered. Producers considering marketing over the Internet should consult the Access Minnesota Main Street website, which has an Electronic Commerce Curriculum that provides information on electronic commerce basics; finding business information and services online; exploring E-commerce websites; creating your website; promoting your website; Minnesota case studies; developing your Internet business plan, and much more.

While raising llamas or alpacas presents an alluring and fulfilling lifestyle with profit potential, prospective farmers must understand the seriousness of the investment, including high initial costs, as well as the fact that profit is not a guarantee. Some farmers feel that there is not a viable fiber market in the United States at this point, and experience a challenge in selling their fiber (AlpacaNation, no date). One study found that today’s prices for alpaca breeding stock are unsustainably high, because fiber prices will never reach correspondingly high levels. If fiber prices improve due to increased demand, the study projects that supplies will increase and prices will drop again (Saitone and Sexton, 2005). These considerations should serve as a caution or preparation for those who are considering entering the llama and alpaca industry.


Llama and alpaca production practices are similar to those for sheep. Water needs to be accessible at all times. Llamas and alpacas are adaptive feeders, eating grasses, forbs, shrubs, and trees. They can be kept on a variety of pastures and hay. Approximately three to five llamas or five to ten alpacas can be grazed per acre, depending on the quality of the pasture. A bale of hay will generally feed an adult llama for a week. Because of the animals’ high feed conversion, hays with high protein, like alfalfa, are not recommended because the animals can easily become overweight (Dey, 1998). Rotational grazing of llamas and alpacas can help utilize the pasture to a greater extent. Using pastures to meet most of the nutritional needs of the animals will enhance profitability, because pasture is usually less costly than purchasing supplemental grains and hay.

Llama and alpaca owners need to be concerned about poisonous plants in their pasture or hay. Some plants can make the animals sick, and others can kill them. Many state Extension offices have regionally specific publications that can help animal owners identify and manage poisonous plants.

During periods of stress, animals should receive supplemental feeds, such as small alfalfa pellets, oats, or blended feed pellets specially formulated for llamas and alpacas. Be careful if feeding straight pelleted feed, because llamas frequently choke on the pellets. If pellets are fed, they should be mixed with a coarse feed, or spread out in a large pan. The producer may also put smooth rocks in the pan to keep the llamas from gobbling the pellets too fast (McGrath, 1996). If a rich diet is continuously fed, llamas and alpacas will become fat, causing reproduction problems varying from poor conception to poor milk production. Free access to salt, minerals (with selenium in a selenium-deficient area), and clean water is essential.

Table 1: Camelid Dietary Factors
Energy Main source is pasture and forage
Cereal grains may be supplemented as a high-energy feed in certain circumstances (e.g. late gestation, early lactation, weaning, work, etc.), though camelids generally thrive with minimal or no grain
Grass hays are better than alfalfa hays; alfalfa can result in hypercalcium
Protein Relatively low requirement: diet of 8 to10 percent crude protein for maintenance, 12 to 14 percent for growing stages, late gestation, or early lactation (RMLA)
Crias have a higher requirement of roughly 16 percent
Note that, in general, alfalfa hay contains 20 percent crude protein and grass hay contains 12 percent.
Fiber Camelids require 25 percent or more of crude fiber, of which forage is the main source
 Lack of fiber can reduce gastric performance and correlates with gastric and duodenal ulcers
Water Fresh, clean water should be available at all times
Water testing is highly recommended, as contaminants can affect animal health (RMLA)
Salt Should be offered free choice in a container in a sheltered area
Should be iodized (excepting areas where iodine deficiency is known not to be an issue)
Calcium and Phosphorous Balanced daily intake is important, especially for young animals and adult reproduction
A ratio of 1.2:2.1 of calcium to phosphorous is sufficient
Cereal grains usually provide sufficient phosphorous unless from phosphorous-deficient soils
Vitamins Properly cured hay normally has sufficient A and K vitamins
Camelids generally get enough sunlight for Vitamin D; however, in northern latitudes or during winter months they may not acquire sufficient sunlight, subsequently developing rickets
Vitamin-mineral mixes will cover deficiencies
Vitamin E is quickly lost in cured forages and should be supplemented

Physical and Social Environment

Llamas and alpacas must be provided with natural or manmade shelter with adequate ventilation and space so that they may escape from heat, cold, and precipitation. Depending on the climate, heating and cooling measures are also necessary (see the section on heat stress) (Camelid Community, 2005).

Fencing must be sufficient to contain the llamas and alpacas, as well as to keep predators out. Fences should be at least 48 inches high, though many producers recommend 60 inches, and no more than 12 inches from the ground. For those planning to raise llamas or alpacas, fencing predators out may be as important as fencing their stock in. Woven wire or electrified high-tensile fencing are some common choices. Use of barbed wire is not recommended. The animals must have freedom of movement and the ability to exercise in their enclosure. Note that llamas generally require more space than alpacas. Llamas and alpacas are grazing animals, and should be provided the opportunity to graze daily. Manure should be removed from the enclosure regularly, mud should be removed, and urine build-up should be treated to prevent parasites (Camelid Community, 2005).

Llamas and alpacas are herd animals and should never be kept alone. Furthermore, they should not be raised as a baby away from other camelids. Aggressive and territorial males may need to be in a separate enclosure, but they should remain within sight of the other animals (Camelid Community, 2005). A male alpaca or llama that exhibits extremely aggressive behavior towards other animals and humans is termed a berserk male. Although uncommon, berserk males cause havoc in the herd, present a serious danger to humans, and are not retrainable (Paul, 2007). Gelding can usually reduce or relieve this behavior.

Animal Care

It is advisable to seek a veterinarian’s advice or contact breed associations in your area for preventative health suggestions, specific nutritional requirements, or special problems prevalent in your area. Work with your veterinarian to determine what vaccination schedule is necessary to protect your animals from local disease risks. If you need to find a veterinarian, the American Association of Small Ruminant Practitioners offers listings of veterinarians who work with camelids. Below are descriptions of some common health concerns, including heat stress, meningeal worm, toenail trimming, dental care, and shearing.

Because llamas and alpacas are from the dry, thin air in the high plains and mountains of South America, they are not acclimated to the high heat and humidity in many parts of the United States, and are in danger of heat stress. Use of the heat index is a common tool for determining when animals are at risk. The key to combating heat stress is prevention; there are many practices to protect llamas and alpacas. Providing shade is an easy step. Shade can be provided by either trees or shelters, but good ventilation of shade structures is essential. Proper husbandry is another preventative measure, and includes working or handling animals during the coolest part of the day, and planning for crias to be born in the spring. Shearing helps animals lose heat effectively, and is one of the most important aspects of heat-stress prevention. In addition, proper nutrition can increase the animals’ resistance to environmental extremes.

Access to fresh water also helps prevent heat stress. Water should be kept in the shade, and electrolytes may be added if necessary. Another consideration is providing water for llamas to wade in, whether in the form of a pond, stream, or baby pool. Sand pits or concrete floors will also suffice as cooling areas. Finally, of utmost importance is monitoring for signs of heat stress, which include nasal flaring, open-mouthed breathing, increased breathing rate, drooling, depression, and loss of appetite. If these signs are observed, the first step is to cool the animal down by hosing, removal to a cool area, or placement in shade or water, and then call a veterinarian (Ross and Anderson, 2003).

Llamas and alpacas are vulnerable to common internal and external parasites. One of the most deadly is the meningeal worm, or Parelophostrongylus tenuis, which causes neurological disease characterized by lameness, lack of coordination, inability to get up, paralysis, circling, and blindness, and can result in death (Duncan and White, 2000). Death may occur in just a few days, or ataxia may last for months or years. White-tailed deer are a natural host for the parasite, so areas with high concentrations of deer are at higher risk of meningeal worm (Durkes and Burcham, 2008). Preventative measures include exclusion of deer through the use of deer-proof fencing and removal of thick ground cover in pastures to control slugs and snails, which act as the intermediary host. Regular deworming with Ivermectin is often suggested, but this is controversial given the concern about the development of resistant gastrointestinal nematode populations (Duncan and White, 2000). A definitive diagnosis of meningeal worm can only be made postmortem, as it requires demonstration of P. tenius in the brain or spinal cord. The Baerman technique, which relies on detection of larvae in the feces, is the only antemortem diagnostic tool. However, this test is unreliable as hosts rarely shed larvae in their feces. Treatment of the parasite is difficult given the severity of the neurological symptoms, but Ivermectin and anti-inflammatory drugs are recommended (Durkes and Burcham, 2008). See ATTRA’s Managing Internal Parasites in Sheep and Goats for more about internal parasites. Llamas and alpacas are affected by the same parasites as sheep and goats, and the principles of management are the same.

A physical assessment of each animal should be done at least twice a year, and should include weight or body score, mucous membrane color check, condition of incisors, and fiber coat evaluation. A detailed health assessment, such as fecal or blood analysis, or a veterinary exam, may be necessary if weight loss, pale color, or clumped stool is observed. Conversely, a review of diet and activity is necessary in the event of excessive weight gain (Camelid Community, 2005).

Llama and alpaca producers will also need to undertake dental care. Of particular concern are the fighting teeth, which generally erupt at two and a half years of age. Fighting teeth rarely need to be removed from females or even studs, unless two or more males are kept together. If fighting teeth are not removed, the males could seriously injure one another. Fighting teeth can be surgically removed by a veterinarian or by the owner. Most animals are unthreatened and don’t experience pain through this procedure. The llama must be restrained during cutting to keep its head steady. Cutting requires two people: one to hold the mouth open and the other to cut. The holder should wear gloves and both people should wear safety glasses. A 1 1/2- to 2-foot long piece of obstetrical wire is sufficient for cutting. The person doing the sawing should pass a loop of the wire around the tooth and make one or two quick pulls to make a groove. The rest of the sawing should be simple, and the tooth should come off in a matter of seconds. Finally, the remaining tooth stub may need to be filed if it is sharp (Hoffman and Asmus, 2005).

Shearing is an important consideration for llamas and alpacas whose primary purpose is fiber production. Llamas used for other purposes may not require annual shearing. Shearing frequency depends on both the climate and the individual animal’s fleece characteristics. How close to shear also depends on the climate, and on the animal’s skin color. A light-skinned animal with too short of a coat is vulnerable to sunburn.

Fiber quality is determined in part by the animal’s environment. Keep pastures free of burrs and weed seeds, and avoid using sawdust and woodchips as bedding. Before shearing, the animal should be dry, clean, and acclimated to the shearing process. Shearing can be done with hand or electric shears, and the fiber should be collected separately by coarseness, length, and color. Skirting, or the removal of unwanted matter and fiber, ensures the uniformity of the fiber and reduces shipping costs. Fiber should be stored in a cool, dry environment until processing. Fiber may be sold raw, though processing adds value. Home processing can include washing, carding, spinning, and creating a finished product. Other processing options include mills and fiber co-ops (The Camelid Community, 2010).

Before anyone (new or established llama or alpaca producer) buys a llama or alpaca, the buyer should check out the seller’s herd and make sure the animals look healthy, well fed, and well treated. The buyer must ask questions of the seller and learn as much as possible about the animal’s health, diseases, and parasites. The buyer needs to ask about health records, breeding programs, origin of the seller’s stock, proof of health tests, and status of the herd, as well as other questions needed to determine that the seller is knowledgeable.


Female llamas and alpacas begin ovarian activity at six to eight months of age. Females should not be bred until 18 months, and until they have a weight of at least 88 pounds (40 kilograms) for alpacas and 198 pounds (90 kilograms) for llamas. The gestation period for both llamas and alpacas is 342 days, plus or minus ten days. Seventy percent of births occur in mid morning or late afternoon. Most males enter breeding programs at 18 to 24 months of age, and most are fertile by 30 months of age. Male alpacas may reach sexual maturity before male llamas (Merck & Co., Inc., 2008).

Llamas and alpacas are induced ovulators, meaning mating precedes the egg, not the other way around. The animals mate lying down, for an extended period of 15 to 45 minutes. The female should be tested for pregnancy at two to three weeks, six weeks, and 12 weeks after mating. It is not recommended to leave the male and female together at all times.

Baby llamas and alpacas, or crias, weigh 12 to 17 pounds (5.5 to 8 kilograms) and 24 to 35 pounds (11 to 16 kilograms), respectively (Merck & Co. Inc., 2011). Crias should remain with their mother until at least four months of age, though being together for six months is recommended to promote normal behavior and good nutrition (Camelid Community, 2005). Generally speaking, crias need very little human care or maintenance to thrive. The most important human intervention consists of keeping a careful watch at birthing, treating the umbilical cord with iodine compound, and ensuring that the cria’s airways are clear. After birth, make sure the cria gets enough colostrum in the first two days, and an adequate milk supply in the following weeks. (Watt, no date). Do not bottle feed crias unless medically necessary, and then only in a herd environment (Camelid Community, 2005).

Handling and Transport

Proper handling of llamas and alpacas is necessary for the safety of both the animals and people. When using halters, they should be fitted such that the nosepiece allows room for chewing but cannot slide down and hinder breathing. Improperly fitted halters can be fatal. The nose bands of properly fitted halters should sit just below the animal’s eyes, and the head band should sit right at the base of the ears (McGee, No date).

Be careful not to leave halters on all the time, and don’t tie animals to any stationary object, such as a tree or post. Llamas and alpacas can break their necks trying to get away or by jerking their heads. If you have to tie the animal up and leave it unattended, always use a bungee or other elastic extension (McGrath, 1996). Handlers should also avoid wrapping a lead rope around their hand or body, as serious injury could result if the animal takes flight.

For contact with the public, only use llamas and alpacas that are accustomed to and behave appropriately with people. Spitting is part of the body language of llamas and alpacas, and is used to express displeasure, establish the social order of the herd, and respond to threats. Llamas and alpacas accustomed to people will generally not spit at humans (Camelid Community, 2005).

Llamas and alpacas are easy to train. To reduce stress during transportation, llamas and alpacas should be trained to halter, lead, and load into a transport vehicle. In just a few training sessions, llamas can learn to pull a cart or carry a pack, a lightweight rider, or golf bags. (Note that alpacas should not be used for carrying riders or packing as they lack the skeletal structure for these activities) (Berman, 2011).

For herd management purposes, including training, llama brushing, nail-trimming, etc., a restraining chute or small corral is necessary. Portable chutes designed for llamas and alpacas are commercially available or can be owner-built using wooden posts and two fence poles for each side. It may also be beneficial to have holding pens or small pastures so that the animals can be held temporarily without being confined in a small space (Goldsmith, 1996).

Take care when transporting llamas or alpacas during extreme weather. The vehicle must be well-ventilated, and animals should be checked for signs of heat stress or hypothermia at regular intervals. Llamas and alpacas should not be tied during transport, as this can result in serious injury or death (Camelid Community, 2005).


We are grateful to Robin Alpert, Cindy Berman of the Alpaca Owners and Breeders Association, and others for their suggestions and assistance with updating this publication.


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Watt, Ian. No date. Alpacas for Me – Fact v Fiction. Elite Alpaca Breeding Systems.

Further Resources


Alpaca Owners and Breeders Association

American Association of Small Ruminant Practitioners (AASRP) provides a forum for those with an interest in small ruminants. Members gain access to the most current research, products, and service.

American Miniature Llama Association

APHIS Veterinary Services Area Offices

Cottage Industry Alpaca Breeders Association

International Lama Registry (ILR) is the only U.S. registration organization for all four types of lamas. Contact the ILR for any questions regarding registration of llamas and alpacas, or for references to lama breeders in a specific area. Information is also available on their website.

Rocky Mountain Llama and Alpaca Association

South Central Llama Association

Suri Network


Hart, Rosana. 1991. Llamas for Love and Money. Juniper Ridge Press, Ashland, OR. 270 p.

Hart, Rosana. 1991. Living with Llamas: Tales from Juniper Ridge. Juniper Ridge Press, Ashland, OR. 188 p.

Hoffman, Clare, and Ingrid Asmus. 1989. Caring for Llamas and Alpacas: A Health Management Guide. Rocky Mountain Llama and Alpaca Association, Grand Junction, CO. 171 p.


Llama Life II News Magazine
5232 Blenheim Road
Charlottesville, VA 22902

Llamas and Alpacas on the Farm
By Lance Gegner, NCAT Agriculture Specialist
Updated by Hannah Sharp, NCAT Sustainable Agriculture Intern
Slot 89

This publication is produced by the National Center for Appropriate Technology through the ATTRA Sustainable Agriculture program, under a cooperative agreement with USDA Rural Development. ATTRA.NCAT.ORG.