Quarter & Slider

Our offer is constantly evolving and our catalogs are continuously updated. Stay tuned!

Philosophy & Technology

The Quarter and Slider range has been created to meet new needs and to keep pace with the rapid evolution of farriery for performance horses.

The precision of our models is due to the fact that we use the most advanced laser technologies.


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The Quarter Series

QUARTER FRONT MODELS

The first model (RQ) is made of steel (6 mm thick - 1/4"); the others are made of aluminum (various thicknesses).

The Slider Series

In this section, the rear models are listed in the following order:

  • INCH (3)
  • TOE WEIGHT (7)

For further specifications and clarifications, please refer to the relevant catalog. 

ALL MODELS ARE REGISTERED.


INCH models

This section includes models with a uniform web width, meaning they have a constant width from the center of the toe to the quarters.

The size of this constant width is the classic “1 Inch,” that is, 25.4 mm. Two variants have also been introduced: the “R,” which has slightly narrower heels in terms of web width compared to the rest of the shoe, and the “X,” which is also uniform but has a web width greater than 1 inch, as it takes into account the proportion between web width and size (only for larger sizes: 4 & 5).

REGISTERED MODELS


TOE WEIGHT models

This section includes models with a non-uniform web width, as they have a greater width at the center of the toe.

The amount of this width distinguishes each model, starting from 1" (Cow Horse), then 1 1/8", and up to 1 1/4".

Larger widths, 1 1/2" and 1 3/8", will be available in the future.

Note that for the 1 1/8" & 1 1/4" sections there is now a double version: Regular and Wide Heels.

There is also the hybrid 33BC model, which is a 1 1/8" with the toe extended by 1/8", reaching 1 1/4".

REGISTERED MODELS 

CUTTING

Our 21mm Model

This section features the Cutting model. Its distinctive feature, in addition to being a true 7/8", is its own specific hole pattern, not derived from other models. This allows greater support for the third phalanx, reducing stress on the laminae.

REGISTERED DESIGN