Ideal for busy horses or those learning new skills, the WH Ultra Bradoon Bit by Herm Sprenger has a smooth roller disk in the center. The slight up and down motion of the roller encourages the horse to "play" with it. 16mm Aurigan® mouth. 55mm stainless steel rings.
The Herm Sprenger Dynamic RS Full Cheek Snaffle Bit combines an ergonomically formed curved 16mm Aurgian® mouthpiece and an angled center joint. This bit lies perfectly in the mouth, resulting in soft and even pressure for maximum bit acceptance.
The Herm Sprenger KK Shaped Loose Ring Bradoon Bit with 16mm Aurigan® mouthpiece.
Ideal for busy horses or those learning new skills, the WH Ultra Soft Loose Ring Bit by Herm Sprenger has a rubber center disk. The slight up and down motion of the roller encourages the horse to "play" with it. 18mm Aurigan® mouth. 70mm stainless steel rings.
The Herm Sprenger Comfort Mouth Mullen Mouth Loose Ring has a correctional ported mouthpiece that rotates onto the horse's tongue rather than the palate. Can be helpful for horses that get their tongues over the bit or that try to stick them out while being ridden. Features a 16mm Aurigan® mouthpiece to promote salivation and 70mm stainless steel rings.
With its design based on the anatomy of the horse's palate, the Herm Sprenger KK Ultra Baucher Bit pairs an Aurigan® mouthpiece that encourages salivation with long-wearing stainless steel cheeks. 16mm.
Designed to accommodate a narrower palate, the KK Ultra Full Cheek Bit by Herm Sprenger has the middle link shortened and rotated by 45°. It features an 18mm Aurigan 18mm Aurigan® mouth to promote salivation and acceptance.
The Herm Sprenger French Link Loose Ring Snaffle Bit has a 16mm mouthpiece made of Aurigan® mouthpiece metal. Aurigan causes horses to chew and salivate, making for a better bit acceptance.
The Turnado Bradoon Snaffle Bit by Herm Sprenger has a mouthpiece that is rotated 45° forward, lying more comfortably in the horse's mouth for a precise, yet soft, rein connection. The Aurigan® mouthpiece encourages salivation for optimal bit acceptance.