Burrawang Dorpers

Quality control standards that ensure excellence for our customers

We are in the same industry as most of our customers, so they focus on the commercial outcomes of maximising efficient meat production through grazing. 

We only offer animals for sale that we are prepared to use over our own commercial flock.

We will not sell inferior animals; we cull any animals that are not good enough for breeding purposes.

Burrawang uses strict standards of quality when selecting animals offered for sale. Our quality control standards are applied throughout each animal's life to ensure animals offered for sale meet the Breed Standard of Excellence for structural correctness and carcass quality.

We are in no rush to be the biggest stud but strive to be the best at producing full blood White Dorpers and Dorpers; no cross outs with Van Rooy, White Suffolk, Poll Dorset, Wiltipoll or any other breed. Dorpers perform.

Our philosophy

Australian Agriculture: We believe in the future of Australian agriculture. We passionately believe that the Dorper and White Dorper breeds offer a revitalising opportunity for the economic viability, and associated land values, for farmers and graziers in central west and western areas NSW, and similar areas across the country.

Commercial benefits: Burrawang’s stud is focussed on producing rams for sale that generate outstanding practical and economic outcomes, now and over time, for our customers in their commercial lamb meat businesses.

Expert advice: We surround ourselves with and take advice from experts in their field, share a common vision for the Dorper in Australia, and focus on commercial applications and outcomes.

Our priorities

Customers: We believe in providing quality animals and sound, honest reliable service to our customers to help them realise the best possible return on their investment in the animals we sell.

Genetics: We have skin in the game in terms of the commercial sector, Burrawang Dorper and White Dorper Stud aims to provide high-performing and objectively tested genetics.