The White Suffolk is an Australian breed developed for Australian conditions. It was developed from breeding programs involving the Suffolk breed, initially, crossed with a white breed (mainly Poll Dorsets). The white Suffolk is proving to be the ideal prime lamb terminal sire in wide-ranging areas and environments of Australia. It is giving outstanding results in the dry, arid, pastoral zones; all types of agricultural, mixed farming areas; and also in higher rainfall districts.
Ease of Management
The clean face and points (free of wool) of White Suffolk sired lambs means you will have minimal grass seed problems.
White Suffolk rams are renowned for their natural fertility and libido and can be mated at any time of the year. When mated to White Suffolk sires, ewes will have minimal lambing problems. The smooth functional shape of the White Suffolk means the production of a high percentage of robust lambs. The result is more lambs dropped and more lambs through to marketable weights.
Wool & Skins
There is no colour dockage in the market place for White Suffolk sired lambs, which are noted for their high quality, white, Downs type wool. Also there is no contamination in the woolshed.
grade White Suffolk rams, showing some pigmentation will produce a high percentage of white lambs from commercial ewes of any breeding background.
White Suffolk sired lambs are ideal for the Elite lamb requirements at carcass weights of 20kg and heavier, they still produce high yielding, lean carcasses. White Suffolk rams also produce ideal lambs for the domestic trade, with feedback from the wholesale and retail; meat trade confirming the breed's suitability for Australian conditions.
Comparable to any of the prime lamb breed and with the US Suffolk imports infused in the White Suffolk breed, this influence is expected to result in even faster growth rates as time goes on.
The Australian White Suffolk Association wholeheartedly supports and encourages the involvement of its members in programs such as Lambplan, which results in greater genetic gain in economically important selection areas.