A tight in constant evolution, a balance of comfort, protection and performance
The Orhi tights are the culmination of an ongoing collaboration between our professional riders and our R & D department to develop a do-it-all tight that provides maximum comfort and protection across a range of conditions and temperatures.
Made entirely of Etxeondo's innovative Thermosystem Termika fabric, Orhi offers class-leading thermoregulation, maintaining body temperature by creating a layer of air between the skin and the fabric, combined with superb elasticity and breathability.
The design has evolved over the years; the elimination of seams in critical areas, one-piece bibs to guarantee comfort, a new rubber gripper in the ankle that optimizes the fit.
We opted for the Urraki pad, the same model favoured by our professional riders. Urraki is a masterpiece of fabric engineering, developed by Etxeondo using a combination of visco-elastic pieces of different densities, placed carefully to maximise protection and comfort. As with all our chamois, we employ an antibacterial treatment but do not use any type of glue or stamping, to avoid allergic reaction or heat build up.
The famous Etxeondo logo is embroidered on the back, a high quality finishing touch.
We are proud of our progression and once again, we have surpassed ourselves. ORHI
Developed to provide insulation and thermoregulation with a 50+ sun protection (UVA) rating.
The fabric maintains body temperature by creating a layer of warm air next to the skin.
Hollow threads expel excess heat while preventing the entry of cold air.
Developed to satisfy the most demanding and competitive cyclists. Pro-level equipment, proven in the World Tour.
Constructed from six pieces of high density, viscoelastic memory foam.
Variable densities minimise soft tissue pressure and maximise skeletal comfort.
Perforated microfiber absorbs moisture, reduces skin temperature and prevents irritation.
Seamless construction and antibacterial treatment. No glue or stamping to avoid the risk of allergic reaction.