| 24 - 26 March 2026 | Hall: 8 - Stand: 8F681 | IFEMA (Madrid) Our Agility Can products meet the animal welfare standards set forth in Law 7/2023, offering safe, durable, and adaptable structures for dog parks and dog rest areas.
Agility Can by Cosmos 3D represents the next generation of dog park design. A range of playful and functional elements manufactured in concrete using advanced 3D technology, designed for dog parks and designated dog relief areas. Our structures provide safety, durability, hygiene, and contemporary aesthetics, blending seamlessly into parks, green spaces, and recreational areas while enhancing dogs’ quality of life and helping keep public spaces cleaner.
The growing number of dog-friendly spaces across municipalities has created increasing demand for equipment that is not only functional, but also durable, hygienic, and visually integrated with its surroundings.
This project was developed to address two key needs:
By combining both concepts through advanced 3D concrete construction, we promote responsible coexistence between pets and communities, creating safe, clean, and visually appealing public spaces for everyone.
Agility Can is designed to create spaces where dogs can play, exercise, and interact in a safe and engaging environment. Whether for active recreation or designated dog relief areas, our solutions redefine traditional outdoor amenities by combining functionality, durability, and contemporary design for public parks and private facilities.
All modules can be connected to create longer tunnels, extended ramps, and more complete play structures.
Unlike traditional urban furniture, our Agility Can modules are built using advanced 3D concrete construction technology. This allows us to create organic, nature-inspired forms, optimize material usage, and ensure superior structural strength that prevents movement without the need for complex anchoring systems.
This modular solution minimizes environmental impact and promotes sustainability, delivering long-lasting infrastructure with low maintenance requirements.







