THE NEW STANDARD OF COMFORT AND PERFORMANCE FOR YOUR TRAINING.


SCIENCE BEHIND

Prof. Antonio paoli

Professor and Chair of Sport and Exercise Sciences, Director of the Nutrition & Exercise Physiology Laboratory at the Department of Biomedical Sciences, University of Padova, Italy. Professor and Chair of Strength Training and sport Nutrition at the Catholic University of Murcia (UCAM), Murcia, Spain.


— BECAUSE —

“even in horse riding, as well as in cycling and in various other sports, the contact of the body (muscles, bones and genitals) with the saddle must be protected, to reduce stress and fatigue to improve performance.”

 

— BECAUSE —

“the protection installed in the riding breeches becomes an extension of the athlete’s body and protects the rider during all movements, in the various saddle positions and in the way one holds his/her body.”

 
 

— BECAUSE —

“vibrations and “bouncing in the saddle” compromise comfort and therefore performance.”

 
 

— BECAUSE —

“protection helps keep a correct posture and reduces back strain and muscle pain.”

 
 

— BECAUSE —

“by protecting the coccyx we improve spinal alignment and relieve Coccydynia, which is the pain experienced in the tailbone area.”

 

materials

ECO PERFORMANCE FABRICS.

Elastic Interface® exclusive fabric platform is developed in cooperation with MITI and each fabric has specific performance characteristics. Since 2019, the entire fabric platform has been made of eco-friendly fibers: pre-consumer recycled polyamide and elastane, and post-consumer recycled polyester. 

Such fabrics respond to the standards of quality set for our traditional platform, because top-quality raw materials and the finishing are essential for Elastic Interface® to provide high-performing fabrics. 

LONG LASTING FOAMS.

Quality raw materials and continuous controls are at the core of our choice when selecting paddings for our chamois. 

Constant monitoring and controls on raw materials allow us to use foams that are regular in specifications and characteristics, leading to less post-production waste.