Breeding the Best Cattle.
Leaving Remarkable Legacy.

OUR HERD

At Campeche Cattle we have two cow herds; Registered Beefmasters to provide high-end registered seed stock to producers and commercial Red Angus cattle crossed with Beefmasters to provide the commercial cattleman with a far superior commercial female.

These herds provide Campeche Cattle with genetic attributes that yield the performance we’re known for. Our Registered Beefmaster program is designed around a set of handpicked females that we strategically breed to the leading Beefmaster sires. Our focus in the Beefmaster cow herd is structural soundness, fertility, superior milking ability, longevity, and stayability. The Beefmaster bulls selected for our females are chosen for superior carcass traits, high growth, and performance. Our Red Angus cowherds are Northern genetic females that are selected for milking ability, fertility, and moderate frames.

We believe that Northern genetic Red Angus crossed with our Beefmaster bulls produces an E6 commercial female that checks all the boxes for today’s cattle producer.

Fatty Roach - our Beefmaster Bull

Heifer

Heifer

BEEFMASTER

Beefmaster cattle are the first American composite breed (combination of three or more breeds). These cattle have been developed by the Lasater Ranch then headquartered in Texas. The breeding program leading to their establishment was started by Ed C. Lasater in 1908, when he purchased Brahman bulls to use on his commercial herd of Hereford and Shorthorn cattle (Beefmaster cattle are 50% Brahman, 25% Hereford, and 25% Milking Shorthorn).

Mr. Lasater also developed a registered Hereford herd in which the cattle had red circles around each eye. In both his Brahman and Hereford breeding, milk production was stressed. Following his death in 1930, the breeding operations came under the direction of his son, Tom Lasater, who began to combine the breeding of the Brahman and Hereford cattle and also used some registered Shorthorn bulls. After making crosses of Brahman-Hereford and Brahman-Shorthorn, he felt a superior animal had been produced and called the cattle Beefmaster. The exact pedigree of the foundation cattle was not known. The breeding operations were carried on in multiple-sire herds and rigid culling was practiced. The Lasater Ranch estimates that modern Beefmaster has slightly less than one-half Brahman blood and slightly more than one-fourth of Hereford and Shorthorn breeding.

The cattle were handled under range conditions that were often adverse, and a culling program was started based on disposition, fertility, weight, conformation, hardiness, and milk production. Stress was placed on the production of beef. No selection has been made to characteristics that do not affect the carcass, such as horns, hide, or color.

The Lasater Ranch breeding program provided an interesting example of the use of mass selection in reaching a goal. Critics should recall that other breeds have been established in a similar way - a blending of breeding followed by selection for economically important points uniformity in many breeds has been achieved only after many generations of selection.

The original concepts of Tom Lasater in developing Beefmaster cattle have continued. The selection continues for those points which were originally used by Mr. Lasater and are now known as the Six Essentials - Weight, Conformation, Milking Ability, Fertility, Hardiness, and Disposition. Considerable progress has been made in selecting cattle that give very satisfactory levels of production under the practical and often severe range conditions. Satisfaction by ranchers and creditable performance in feedlots indicate the value of stressing the important utilitarian points in developing breeding herds. The Beefmaster is now the fourth largest beef breed in the US and was recognized by the U.S. Department of Agriculture as a pure breed in 1954.

Characteristics

The breed is recognized as a "Dual Purpose" breed, meaning Beefmasters blend strong maternal traits with excellent growth and carcass abilities. The cattle are heat, drought, and insect resistant. They are moderate in size, and while there is no set color pattern in the breed, they are generally light red to dark red and some will have white mottle on their faces. The females are excellent mothers, raising a heavy calf each year, and the bulls are aggressive breeders. Beefmasters are intelligent, gentle cattle that are truly a pleasure to work with.

The thing that probably most differentiates Beefmaster cattle from other breeds is the Six Essentials, which were the founding selection principles on which the breed was formed: Disposition, Fertility, Weight, Conformation, Hardiness, and Milk Production. Lasater's concept was that you select for cattle only based on these six traits of economic relevance, to the exclusion of many traits that other breeds have expended genetic energy on like color pattern, horns, height, etc. This unique approach is why Beefmasters are known by the slogan "The Profit Breed."

Statistics

Beefmasters are developed to fulfill the six essentials:

  • Fertility

  • Milking ability

  • Weight

  • Conformation

  • Hardiness

  • Disposition

You can expect minimal calving problems, heavy weaning weights, exceptionally few health problems, and high fertility from females and bulls. While the breed was created to withstand the Gulf Coast heat and diseases, Tom Lasater moved the foundation herd to Matheson, Colorado in the 1950s, where the winters can be severe. Beefmasters can take heat and cold. Furthermore, their heat tolerance causes many cattlemen to comment that while their other cattle are standing in ponds or lying under shade trees, Beefmasters will be grazing. Beefmaster bulls have few equals when asked to service cows grazing endophyte-infected fescue in hot weather. Likewise, their heat tolerance makes Beefmaster cows more likely to settle in extremely hot weather, especially when grazing fescue. In addition, pinkeye is extremely rare for Beefmaster cattle. No breed offers greater hardiness, fertility, and milk under a wider range of conditions.

RED ANGUS

The Red Angus breed has the exact same origins as the Aberdeen Angus. Originally it was brought in by the Vikings from Europe and introduced to England and Scotland, these cattle were small, dun-colored, and polled.

The new breed of cattle was then interbred with the local black horned Celtic cattle of Scotland which produced the ancestor of the black Aberdeen Angus of today.

A breeder of Red Angus cattle, Eric L.C. Pentecost, explains a possible reason for the introduction of the red coloration into the Aberdeen Angus breed. In the eighteenth century, the black Scottish cattle were too light to provide sufficiently large draught oxen, so larger English longhorns, predominantly red in color, were brought in and crossed with the black native polled breed. The resultant offspring were all black polled animals, since black is a dominant color, and red a recessive one. However, all carried the red gene. Subsequent interbreeding produced an average of one red calf in four, in accordance with Mendel's law of heredity.

Early in the development of the Aberdeen Angus, Hugh Watson of Keillor, Scotland arbitrarily decided that black was the proper color for the breed, and thereby started a fashion. He might well have chosen red instead. Leon J. Cole and Sara V. H. Jones of the University of Wisconsin Agricultural Experiment Station published a pamphlet in 1920 on "The Occurrence of Red Calves in Black Breeds of Cattle" which contained this pertinent paragraph:

"One more point should be emphasized, namely that the red individuals appearing in such stock (Aberdeen Angus)...are just as truly 'purebred' as their black relatives, and there is no reason why in all respects save color, they should not be fully as valuable. The fact that they are discarded while the blacks are retained is simply due to the turn of fortune that black rather than red became an established fashion for the Aberdeen Angus breed. Had red been the chosen color, there would never have been any trouble with the appearance of blacks as off-color individuals, since red-to-red breeds true."

When the first Aberdeen Angus Herdbook was created in 1862 in Scotland, although black was the predominant color reds were registered without discrimination. Angus was taken to America and increased in popularity, here in 1917 it was decided that to assure pure black strain reds and other colors would not be allowed to register. This bias towards the black Angus inspired cattlemen who believed in the qualities of the red to start selecting the best red calves from the black Angus. In 1954 a new herdbook and Association specifically for the reds was started, Red Angus was launched in its own right.

Characteristics

The Red Angus is similar in conformation to the Aberdeen Angus, medium in size with a beefy carcass.

It is red in color with pigmented skin and naturally polled, when crossed the red coat color is passed on to the calves. Red Angus females reach puberty at a young age, are highly fertile, and are renowned for their longevity in the herd. Red Angus females have excellent milk production and have a strong maternal instinct. Red Angus cattle are considered by breeders to be gentle-natured and easy cattle to work.
This breed produces a highly desired carcass with the meat being of excellent quality, this is due to the intramuscular marbling.

Statistics

  • Excellent maternal traits

  • Quiet, easy-going dispositions

  • Quality carcass, intramuscular marbling

  • Heterosis

  • Large scrotal size in bulls, greater semen production

  • Longevity

E6

The "BBU Essential Commercial Female Program" is a prime example of "expanding the market" for Beefmaster cattle. The program, referred to as the E-6 program, focuses attention on the strong maternal traits of Beefmaster cattle and helps commercial cattlemen develop stronger markets and greater value for their Beefmaster and Beefmaster cross heifers. The word "essential" is included in the name because of the six essentials upon which the breed was founded - weight, conformation, milk production, fertility, disposition and hardiness.