
The science of breeding champions
We focus on two primary advanced
breeding techniques at Carrera Stud:
Embryo Transfer & Intracytoplasmic Sperm Injection.
ET (Embryo Transfer)
In this method, we take a world-class mare that has been bred with an elite performance stallion and implant her with an embryo. After this, the embryo is retrieved and transferred to a surrogate mare. The surrogate carries the pregnancy to term, offering us the opportunity to produce high-quality offspring from proven bloodlines.
ICSI (Intracytoplasmic Sperm Injection)
This technique involves extracting eggs from the world-class mare and fertilising them in a laboratory with carefully selected sperm from an elite performance stallion. The fertilised eggs are cultured for approximately 10 days before being frozen. This allows us to store embryos for 20-30 years. These embryos can be implanted into a surrogate mare months later, ensuring that we have the ability to breed horses with exceptional potential in sport, even with a time delay.
We don’t just breed horses for sport, we protect the bloodlines that shaped the past, elevate them with science, and build a future where excellence is never left to chance.
At Carrera Stud, our goal goes far beyond producing exceptional horses — we aim to advance equine sport by breeding champions that will leave a lasting legacy for generations.
While we recognise the promise of cloning, it’s one of many tools we use to preserve the genetics of extraordinary horses. One such example is our cloned mare, Kantara — a direct genetic replica of a daughter of Chacco Blue, one of the greatest show-jumping stallions in history.
By combining advanced techniques like ICSI and embryo transfer with our deep expertise in bloodline selection, we’re able to push the boundaries of what’s possible in sport horse breeding.
Every horse we produce isn’t just prepared to compete, it’s bred to lead. Through innovation and care, we’re shaping the future of show-jumping and ensuring a legacy of excellence that lasts.