The Pika bollard (SKU 01.051) is a quintessential example of functional urban furniture, meticulously designed by Tomasz Szpytma to harmonize aesthetics with robust performance. Standing at a height of 90 cm above the ground surface, with an overall length of 130 cm including the anchoring section, this bollard is engineered to provide reliable traffic segregation and pedestrian protection. The construction utilizes high-quality carbon steel (S235Jr) and durable cast iron, centered around a sturdy 50 mm steel tube. Weighing 8 kg, the unit is built for stability and longevity, making it an ideal component for modern street furniture projects that demand resilience in high-traffic public areas.
Flexibility in installation and configuration is at the core of the Pika line. The bollard is designed for secure mounting via embedding in concrete, ensuring a permanent and stable presence within the city landscape. To meet specific site requirements, the product offers extensive customization options, including various bollard handle configurations for chain attachments—ranging from single-sided to double-sided linkages—as well as specialized fence mounts. These features allow planners to create cohesive perimeter barriers or interconnected fencing systems that seamlessly integrate with existing street furniture installations, effectively managing traffic flow while maintaining visual continuity.
With its minimalist and clean design, the Pika bollard transcends simple utility, serving as a sophisticated architectural element for parks, plazas, and city centers. As a vital piece of urban furniture, it offers a balance of safety and design, ensuring that public walkways remain protected while preserving the open feel of an environment. By incorporating versatile chain and fence mounting capabilities, the Pika system adapts to the evolving needs of urban design, providing a scalable solution for municipalities and developers who prioritize both form and function in their selection of bollards and general street furniture infrastructure.