The Rider's International Contoured All-Purpose Pad is ideal for schooling. Shaped along the topline for comfort and a secure fit, this A/P saddle pad features attractive 3/4" mini diamond quilting.
The Circuit Sheepskin Square Pad helps keep your horse's back comfortable. Sheepskin naturally relieves pressure points, encourages air circulation and wicks moisture for better horse comfort. This square sheepskin saddle pad is available in all-purpose and dressage styles.
The Mattes All-Purpose Correction Half Pad features pockets for four removable shims in front and two in the rear. Allows for customizing with the ability to fit and compensate for changes in the horse. Mattes sheepskin pads help eliminate rubbing, friction and pressure points. This pad looks great while improving your horse's performance.
The Rider's International Extra-Long Contoured Pad is designed to fit 18"-19" saddles and forward flap saddles. Economical, durable and attractive, this extra-long all-purpose pad features mini-diamond quilting.
The Ultra ThinLine® Sheepskin Half Pad features an open-cell foam in a multi-layer honeycomb matrix that distributes shock, weight and heat laterally along the half pad. Molds to the horse's back while you are riding to create a custom fit. Anti-fungal and antimicrobial.
The Fleeceworks™ Half pad with Rolled Edge reduces saddle pressure. Made with Merino sheepskin for an ideal bulk/benefit ratio and moisture management, this half pad has cross elastic panels along the top to eliminate wither and spine pressure.
The Roma® Ecole Star Quilted All-Purpose Pad is a quality pad with a fun star design. Available in lots of colors, this pad is easy to personalize with a monogram!
The Lami-Cell Memory Pad is designed to help keep horse and rider comfortable. Made of gel foam with excellent "memory," this half pad helps keep the saddle in the right place while absorbing shock and helping to ease pressure points.
Designed for a close contact feel, the Ultra ThinLine® Trifecta Half Pad with sheepskin roll provides super shock absorption.