Elastomer

We use a unique elastomer, Noene®, which absorbs 92% of the harmful and repetitive vibrations caused by horseback riding. It ensures proper joint function and optimal muscle oxygenation, helping to protect both the rider’s and the horse’s bodies.

Noene® is in an exclusive partnership with SIAA® through the Noene® Inside concept, which is also present in the paramedical, sports, and industrial sectors.

Anti-Slip

Our anti-slip sheet, positioned on the outside of the saddle pad and in direct contact with the saddle pad, provides exceptional stability and optimal comfort for your horse. It firmly holds the saddle in place, ensures perfect wither clearance, and reduces repetitive muscle contractions caused by even the slightest saddle imbalance, thereby minimizing pain and muscle tension.

Tested and approved in podiatry and running, our anti-slip sheet is renowned for its exceptional properties.

Paramedical Memory Foam

Our memory foam, specifically designed for the paramedical field, is used as an anti-pressure sore cushion, offering exceptional durability. With a thickness of 1 cm and high density, it compresses just a few millimeters under the weight of the saddle and rider, ensuring ideal contact, comfort for the horse, and stability for a properly fitted saddle.

When combined with Noene® elastomer, this combination provides the perfect solution to prevent and protect the rider’s and horse’s backs. If your saddle is not perfectly fitted to your horse’s back, we recommend using our EVA foam shim pack.

EVA Foam

Our EVA foam, specially designed for ill-fitting saddles, helps prevent perpetuating or worsening imbalances. Used as an adjustment element, it assists in achieving the ideal saddle position on your horse’s back.

It is meant to be inserted into the Flex Comfort Pro pad cover, alongside the memory foam base. With a hardness of 30 Shores, equivalent to the texture of skin, it is perfect for better balancing the saddle.

Comes in a shim package with a thickness of 4mm and includes an insertion mesh.