Indoor riding arena
Cover Technology is specialized in the design and production of the most wide range of modular structures on the National market for the coverage of any space. The modular structures Cover Technology are manufactured in accordance with the maximum standard for the safety and quality. The quality assurance procedures of Cover Technology satisfies the ISO 9001:2008 requirements and they are certified by external authorities as well it is the SOA certification.
The technology adopted in the sporting sector and in particular in the RIDING sector is characterized by its simplicity, linearity and functionality in order to achieve the target of an high resistance to wind and snow loads.
Today Cover Technology is the leader company in Italy for the variety of modular structures applicable to the riding sport. The width of the EQS range “Covered Riding Ground” can be from a minimum of 5 meters till 50 meters and no limits are for the length. No internal obstacles are necessary inside the structure All the structures are fitted by a lateral extension allowing the protection from the inclemency of the weather. The shapes of the “Covered Riding Ground” are many from the classing rectilinear DOUBLE SLOPE to the bent structure “Cover Innovation” till the polygonal structures. The polygonal structures must be designed in accordion with the installation site and it is necessary to limit their height. Thanks to the variable internal usable height is possible to work inside with any type of equipment.
- Covered riding ground laterally open
- Covered riding ground laterally closed
- Covered riding ground laterally closed with wind breaker
The complete accessories range integrable into Cover Technology structures allows the perfect adaptation to any kind of use.
Accessories, fastening systems and structural characteristics allow the installation of the structure without foundation works, saving time and money and maintaining very high requirements of resistance to weather loads.
Cover Technology can supply innovative structures diversified for shapes and dimensions











