OFFER
PODŁOŻA JEŹDZIECKIE
The main area of our activity is equestrian bases: we have many realizations tailored individually to the needs of our customers. We keep a close eye on the rapidly changing market, follow the latest innovations, look for the best solutions, and introduce them to our offer. We know how many factors contribute to the proper functioning of substrates, which is why we implement them in various systems. We thoroughly analyze the conditions and requirements and find the best composition of suitably selected additives for each substrate.
For the construction of substrates, we use only carefully selected geotextile additives from a manufacturer that has supported, among others, the last four editions of the Olympic Games, proven sand of the right fraction, and our own top-of-the-range equipment, which ensures extraordinary accuracy in making substrates.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
TRADITIONAL FOOTINGS
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
The most basic method of sub-base construction using suitable, high-quality geotextile additives imported from the manufacturer in Germany and tested, selected sand of the correct fraction. Properly selected sand and the correct sub-base are important factors in the proper functioning of the sub-base. Our riding grounds strike the right balance between sufficient hardness and, at the same time, correct elasticity and cushioning, creating ideal riding conditions safe for the horses' health and the riders' comfort.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
MATTING FOOTINGS
Mats absorb shock, relieving stress on horses' joints and bones. They ensure the right hardness, resilience and elasticity of the substrate, eliminating the formation of pits and sinuous hollows. In addition, their construction allows the appropriate level of hydration to be maintained: the upper surface of the mat has special depressions that retain water from rainfall or irrigation. They also prevent water from standing in the square, acting as a drainage system. They are characterized by their high load-bearing capacity, resistance to UV radiation and extreme temperatures, and are resistant to rotting.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
SUBFLOORS ON GRATINGS
Professional grids provide an excellent foundation for equestrian bases. The structure of the gratings allows excess water to drain away naturally while reinforcing the surface. Thanks to the appropriate design, the gratings do not affect the capillary properties of the sand, which is a key feature for the substrate to function properly. An additional advantage of the gratings is the positive effect on the elasticity of the substrate - they absorb shocks very well. With filling, they can withstand pressures of up to 1,000 t/m2.2.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
EBBE UND FLUT FOOTINGS
Among other things, an automatic irrigation system from below is characterized by many times lower water consumption compared to systems irrigated from above. The same level of moisture is distributed evenly throughout the yard, and a constant moisture level and high-quality additives allow the substrate to achieve the right flexibility. Thanks to the automation of the irrigation and drainage system, the substrate is suitable for use in all weather conditions, even after heavy rainfall.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
ARENA WET IRRIGATING FOOTINGS
EQUI PROJECT ArenaWet combines the proven performance of classic mats with automatic irrigation from underneath - a system of specially developed membrane pipes, suitably adapted mats, and sand using its capillary properties. The irrigation system works point-wise, using membranes. A thin layer of sand is irrigated, which then, thanks to its capillary properties, 'releases' water to the higher layers, keeping the substrate constantly moist. The advantage of the system is an even level of irrigation maintained at all times, saving water and time.
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