Tips and guides for horse breeding
A proper foaling stall requires a minimum of 14×14 feet (196 sq ft), non-slip flooring, and specific safety features to protect both mare and newborn foal. Getting these fundamentals right dramatically reduces foaling complications and improves outcomes in that critical first hour.
Failure of passive transfer (FPT) occurs when a foal absorbs insufficient immunoglobulins from colostrum in the first 24 hours of life, leaving it dangerously vulnerable to infection. Understanding IgG thresholds, testing windows, and plasma treatment protocols is essential for every serious breeder.
A Brix refractometer gives you an immediate colostrum quality reading in the foaling stall: no lab required. Learn the exact thresholds, testing protocol, and what to do when colostrum falls short.
The 1-2-3 Foaling Rule gives every breeder a simple, evidence-based framework: foal stands within 1 hour, nurses within 2 hours, mare passes placenta within 3 hours. Missing any of these milestones signals a veterinary emergency that can rapidly become life-threatening.
Milk calcium and pH test strips can predict foaling within 24-48 hours by detecting hormonal shifts in mammary secretions. Understanding the protocols and accuracy benchmarks helps breeders intervene at the right moment.
A well-stocked foaling kit can mean the difference between life and death for your mare and foal. This veterinarian-approved guide covers every essential supply, emergency item, and critical timeline you need for a safe delivery in 2026.
Choosing the right foaling alarm can mean the difference between a safe delivery and a tragedy. This guide compares belt, accelerometer, and magnet-based systems so breeders can make an informed decision before the foaling season.
The vernal transition is the period when mares shift from winter anestrus to regular ovulatory cycles, and managing it correctly can mean the difference between a February breeding and a May breeding. With the right photoperiod protocol, hormonal tools, and body condition management, breeders can reliably advance first ovulation by 60-90 days.
During the first five months of gestation, the mare's nutritional baseline sets the foundation for the foal's entire development. Understanding what to feed and what to avoid before the third-trimester growth surge can significantly impact foaling outcomes.
Genetic testing for stallions reveals coat color inheritance patterns and hereditary disease risks before breeding decisions are made. Understanding your stallion's genetic profile is the single most impactful step a breeder can take to improve foal outcomes.
A thorough pre-breeding reproductive evaluation, including uterine ultrasound, culture, and cytology, is the single most effective step to maximize conception rates in your mares. Understanding what each test reveals helps breeders make informed decisions before covering or inseminating.
Equine embryo transfer allows high-value mares to produce multiple foals per year while continuing competition. Understanding donor selection, collection protocols, and realistic success rates is essential before committing to this advanced reproductive technology.
