5 key facts about this project
VELO PODS are a modern solution designed for travelers along the EuroVelo 6 route. These modular structures focus on efficiency and adaptability while being placed in diverse landscapes. Their design promotes a blend of aesthetic appeal and practical use, catering to the needs of cyclists and other visitors.
Design Concept
The design of VELO PODS features a clean look with a horizontal layout complemented by vertical cladding. This approach draws on principles found in European design, especially influenced by Le Corbusier. The result is a cohesive form that enhances visual harmony along the cycling route, allowing the structures to fit into their natural surroundings.
Material Utilization
Materials used in VELO PODS are chosen for their sustainability. Solar panels are part of the design, providing electricity for lighting and charging stations. Rainwater storage tanks are included to offer water for washing and drinking, illustrating a commitment to being self-sufficient. The amenities pod has a dry-composting toilet system, which supports responsible waste management.
Spatial Configuration
The layout of VELO PODS is practical and functional. Each module serves a specific purpose, totaling 20 square meters across four pods. The first level includes a bike rack suited for cyclists. The second level has additional amenities. A food bench is found on the third level, while the fourth level features a cabin to provide shelter. This arrangement enhances convenience for travelers, allowing them to find necessary services in one location.
Sustainable Practices
Sustainability is a significant focus of the VELO PODS design. Combining solar energy, rainwater collection, and eco-friendly waste disposal creates a self-sustaining system. This design helps reduce environmental impact while providing a positive user experience. The overall setup aims to connect people with nature, offering a practical option for those traveling the EuroVelo 6 route.
Attention to detail is evident in the variety of functions provided and the systems that support sustainability, highlighting a commitment to both user needs and environmental care.
