Parque Vidanta

Parque Vidanta (BON at Vidanta World) is a next-generation immersive theme park that seamlessly integrates water, landscape, and entertainment into a unified experiential environment. Developed as part of Vidanta World in Nuevo Vallarta, the project redefines the role of aquatic design—not as a standalone attraction, but as a connective tissue that shapes movement, emotion, and storytelling throughout the park.

Water is present at every scale, from expansive lagoons that anchor entire lands to intimate interactive features that engage guests up close. The design blurs the boundary between natural and built environments, creating a destination where guests are continuously immersed in a carefully choreographed sequence of discovery, wonder, and relaxation.

The aquatic program is expansive and multi-layered, designed to support both passive enjoyment and high-impact entertainment. Key amenities include:
Large-scale artificial lagoons serving as visual anchors and circulation frameworks
Choreographed fountain systems with integrated lighting, projection, and audio for nighttime spectacles
Interactive water features and play elements for families and children
Waterfront promenades and gathering spaces for dining, retail, and leisure
Show platforms and performance zones embedded within water bodies
Scenic water crossings, bridges, and pathways that immerse guests within the aquatic environment
Water-integrated landscape features that blur edges between planting, topography, and shoreline

location

Nuevo Vallarta, Nayarit

client

Vidanta

scope

Cloward H2O implemented a comprehensive water management strategy focused on efficiency, reuse, and long-term sustainability. Advanced recirculation systems minimize water loss and reduce the need for frequent replenishment. Evaporation control strategies, including thoughtful orientation and landscape buffering, help mitigate water loss in exposed areas. System zoning allows for targeted operation, ensuring that water features run only as needed based on programming and demand. Integration with landscape irrigation strategies supports the reuse of treated water where appropriate. These measures collectively reduce operational water demand while maintaining high performance and visual quality.