Alpaca Breeds: Huacaya and Suri

By Vladimir, From The Andes  ·  May 5, 2026

I learned the difference between Huacaya and Suri the way most people in this trade learn it, by handling fleece. The first time someone in a Bolivian highland market handed me a raw Suri lock, I thought it was a different animal. The fiber hangs in long parallel ringlets, smooth and dense, more like silk than anything I had associated with the word "alpaca." A Huacaya fleece next to it looked rounder, springier, almost cloud-like. Same species. Two different materials. The Andean producers I buy from know the distinction without needing the language for it. The market does too. The rest of the world tends to flatten both under one word.

This page exists because the question "what are the breeds of alpaca" has a precise answer, and most of the writing on the internet either oversimplifies it or buries it under marketing copy. What follows is the structural reference, with citations and without filler.

Huacaya vs Suri at a glance

What an alpaca breed actually is

The word "breed" carries different weight depending on the species. In sheep, breed implies a registry, a standard, and a country of origin. Romney, Merino, Targhee. Each has documented lineage and a defined phenotype. Alpacas do not work this way. There is no World Alpaca Breed Registry analogous to the Livestock Breed Conservancy structures used for cattle or sheep. What exists instead is a two-type classification, Huacaya and Suri, recognized by every working alpaca producer from the Peruvian altiplano to the breeding programs of New Zealand, Australia, and the United States.

This matters because the answer to "how many breeds of alpaca are there" is not a soft number. It is two. Variation within each breed is significant, and individual fleece quality varies more by altitude, age, and care than by breed itself, but the structural classification holds.

Origin and domestication

Alpacas were domesticated from wild vicuña populations approximately six to seven thousand years ago in the central Andean highlands of present-day Peru, Bolivia, Ecuador, and northern Chile. The genetic evidence is now well established. Earlier theories that alpacas descended from guanacos have been displaced by mitochondrial DNA studies showing the vicuña as the primary ancestor.

What separates alpaca domestication from other livestock histories is the selective pressure. Cattle and sheep were bred for meat, milk, and traction. Alpacas were bred almost exclusively for fiber. Pre-Columbian Andean societies, including the Inca and the cultures that preceded them, treated certain grades of alpaca fleece as currency and as ceremonial material. Archaeological textiles from Paracas and Wari sites show fiber use stratified by social function, with the finest grades reserved for elite and ritual garments.

Spanish colonial occupation disrupted Andean breeding systems significantly. Indigenous fiber-grading practices were lost in some regions, and llama populations were prioritized over alpacas for transport use. Alpaca husbandry survived in remote highland communities and was reconstructed in the twentieth century, first within Peru and Bolivia, then through international breeding exports beginning in the 1980s.

Fiber structure, in detail

The structural difference between Huacaya and Suri starts at the follicle. Both breeds produce fiber from primary and secondary follicles arranged in groups across the skin. The arrangement and the angle of growth determine everything that follows.

Huacaya

Huacaya fiber emerges perpendicular to the skin surface. The fiber cortex is symmetrical, which causes the strand to bend at regular intervals as it grows. This bending produces the visible crimp that defines Huacaya fleece. The crimp creates loft, traps air, and gives Huacaya its characteristic warmth and elasticity. Under magnification, the cuticle scales are visible but lie relatively flat, which contributes to the smoother handle compared to sheep wool.

Suri

Suri fiber emerges at an oblique angle and grows in a straight line. The cortex is asymmetrical, which prevents crimp formation. The fiber falls in long, independent locks rather than blending into a unified fleece mass. The cuticle scales are exceptionally aligned, producing a high-luster surface that reflects light and gives Suri its silk-like appearance. Suri fiber drapes rather than springs, which is why it is preferred for woven garments where weight and fluidity matter more than insulation.

Both fibers are composed primarily of keratin, the same protein family as human hair and sheep wool. Both are partially hollow at the microscopic level, which is why alpaca insulates well at lower weight than wool. Neither fiber contains lanolin, the waxy secretion that gives sheep wool its grease and triggers allergic reactions in some people. The absence of lanolin is one of the practical reasons alpaca has gained traction in luxury knitwear over the past two decades.

Color, fineness, and natural variation

Alpaca fiber occurs naturally in more colors than almost any other fiber-producing animal. The recognized natural shades include white, cream, beige, fawn, light brown, dark brown, gray, rose gray, and true black, along with multi-tonal and patterned coats. International breeding programs tend to favor white because it dyes most predictably, but natural-color fiber remains highly valued in artisan textile traditions and in the kind of small-batch work I source for From The Andes.

Fineness is measured in microns, the diameter of a single fiber. Royal alpaca grades sit below 19 microns. Baby alpaca, which refers to the first shearing or to fiber of equivalent fineness regardless of the animal's age, generally falls between 19 and 22.5 microns. Standard alpaca runs from 22.5 to 32 microns. The finest commercially available alpaca fiber comes from the vicuña, the wild ancestor, which can produce fiber under 12 microns and trades at extreme prices.

Within both breeds, fineness varies by genetics, age, altitude, and nutrition. Animals raised at higher altitudes tend to produce finer fiber, which is one reason Peruvian and Bolivian highland alpacas are so prized. Older animals produce coarser fiber as they age. The first shearing of a young alpaca generally produces the finest fleece that animal will ever yield.

How the fiber is processed

Both breeds are sheared once per year, typically in spring. After shearing, the fleece is sorted manually into grades by fineness, color, and length. Sorting is still largely a hand process even in industrial operations, because the variation within a single fleece is significant enough that machine sorting reduces yield.

Once sorted, the fiber is cleaned, dehaired to remove coarse guard hairs, and then either carded or combed depending on the breed and the intended end use. Huacaya fiber is most often carded, which preserves loft and prepares it for woolen-style spinning into yarn for knitwear. Suri fiber is combed, which aligns the fibers and prepares it for worsted-style spinning into smooth, drape-heavy yarn for woven goods.

The infrastructure for alpaca processing is concentrated in Arequipa, Peru, where mills like Michell and Inca Tops handle the majority of global commercial alpaca yarn production. Smaller artisan and cooperative operations across Peru and Bolivia process at lower volumes for direct-trade and high-end markets.

Alpacas compared to other camelids

The South American camelid family includes four species. Llamas and alpacas are the two domesticated members. Vicuñas and guanacos remain wild. Llamas are larger, were bred primarily as pack animals, and produce coarser fiber suited to ropes, rugs, and outerwear linings. Vicuñas produce the finest natural fiber on earth, regulated under CITES, and shorn under strict conservation protocols. Guanacos produce a coarser fiber than vicuñas but finer than llamas.

Alpacas occupy the middle of this family in terms of size and the high end in terms of fiber quality among the domesticated species. The two-type breed structure is unique to alpacas. Llamas are sometimes informally divided into woolly and short-coat varieties, but those distinctions are not formalized as alpaca breeds are.

Why this distinction matters when you buy alpaca

Most alpaca apparel sold internationally does not specify whether the fiber is Huacaya or Suri. The label simply says "alpaca." This is not deceptive. Most knitted alpaca garments, the kind of cardigans and sweaters that move through the fiber market, are made from Huacaya because Huacaya is more abundant and processes well for knitwear. When you encounter a piece described specifically as Suri, the producer is signaling something. Suri is rarer, more expensive to process, and used for specific applications where its drape and luster justify the premium.

For a buyer, the practical guide is this. If you want warmth, elasticity, and a substantial knitted garment, you want Huacaya, even if the label does not say so. If you want drape, sheen, and the silk-like fall of a woven scarf or a wide stole, you want Suri.

Frequently asked questions

Summary

Alpaca breeds consist of two recognized types, Huacaya and Suri, within the species Vicugna pacos. The classification is based on fiber structure, not on national breed standards. Huacaya fleece is crimpy, perpendicular, and lofted. Suri fleece is straight, silky, and drape-heavy. Both descend from wild vicuñas domesticated in the Andean highlands roughly six thousand years ago, and both continue to be bred and processed for fiber across Peru, Bolivia, and the international breeding programs that have grown over the past forty years.

From The Andes works with highland producers who maintain the older grading and processing traditions. If you want to see Huacaya in finished form, fromtheandes.net is where the work is housed. The Altitude Theory Collection is the entry point.