HFS Malkini

Jeremiah is co-owned with Big Timber Alpacas. Discover the epitome of Suri excellence with HFS Jeremiah, a male that not only lives up to his potential but sets a new standard in the alpaca world. Jeremiah's frame exhibits perfect balance and a Suri style that stays true to type, showcasing large bones and a remarkably straight topline. However, Jeremiah's greatest asset lies in his fiber—a masterpiece of density, fineness, and luster. His wave and twist lock style create a visually stunning fleece with tightly-packed clusters that "shingle" over each other, showcasing a classic wave and twist style that captivates judges from the moment he enters the show ring. His exceptional follicular structure translates to an exquisite fleece that leaves a lasting impression. Boasting strong genetics with Rockstar and Torbio on his sire's side, and Ramillo and Baron on his dam's, Jeremiah consistently outshines his competition in the show ring. His impressive rankings in the 2021 EPDs, including top 3% in AFD and SF, underscore his exceptional fiber qualities. Jeremiah's 2014 skin biopsy revealed a density of 52.25 and a secondary to primary ratio of 8:1, showcasing his exceptional handle. Dr. Norm Evans noted his unique features, stating, "This male should exhibit superior handle since he is not only very fine but unique in that <30% of his secondary fibers show medullation." In the SHIP classification, Jeremiah received perfect 5's for all conformation categories, highlighting his exceptional build. Fleece characteristics scored impressively, with perfect 5's for uniformity of color and fleece phenotype. Luster and uniform lock received 4.5's, while fineness and handle earned 4's. Jeremiah is the embodiment of Suri perfection, and his superior fleece traits are a legacy waiting to be passed on to his offspring. Don't miss the opportunity to elevate your breeding program with the unparalleled genetics of HFS Jeremiah.

OTHER DATA

HISTOGRAMS 2014 Fiber Histogram 2015 Fiber Histogram SKIN BIOPSY 2014 Skin Biopsy (Evans) EPDs