Naomi XXXII ♀

About Naomi XXXII

Naomi XXXII is a ... Holsteiner showjumping broodmare foaled in 1998, by Contender.

Naomi XXXII is the dam of two known offspring: Caretina de Joter, born on 24 May 2005, and Cassini Gold, born in 2007. Both offspring are by sires renowned in the Holsteiner breed—Caretina de Joter is sired by Caretino, while Cassini Gold's sire is Cassini I. Although specific competition results or noteworthy achievements of these progeny are not accessible in available sources, their breeding lines are considered significant within the sport horse breeding community, carrying forward Naomi XXXII's lineage potential.

Own record: Naomi XXXII is a Holsteiner mare, noted primarily as a broodmare within the equestrian community. She was born on the 24th of May, 2005, and is sired by the legendary stallion Contender, whose lineage includes significant figures like Calypso II and Cor de la Bryère. These ancestors have left a lasting mark on the jumping world, and Contender himself has been a cornerstone in jumper breeding. Naomi XXXII's dam and broader maternal lineage, while less documented in the resources available, contribute to her standing as a valuable broodmare. Naomi XXXII does not have a visible competition record in public equestrian databases or press. This absence of competitive achievements suggests that she was primarily retained for breeding purposes rather than sporting endeavours. As a broodmare, she contributes to the continuation of her celebrated bloodlines through her progeny rather than through personal accolades on the jumping circuit. Despite the limited competition information, Naomi XXXII holds a crucial role in breeding circles, particularly within the Holsteiner breed. Her notable sire, Contender, continues to be highly influential in the world of showjumping due to the genetic attributes he passes on, which are characterized by intelligence, agility, and powerful jumping ability.

Researched by the EquiWiki editorial desk · Publisher: Harriet Smith · Editor: Lee Smith · cross-checked by two independent AI models.