When selecting urban outdoor leisure tables, stability and anti-shake performance are critical factors for safety and longevity. Three primary leg structures dominate the market: cross-base designs, central pedestal systems, and tripod configurations. Cross-base tables feature four legs connected by a lower crossbar, creating a rigid framework that effectively distributes weight and resists lateral movement. This design demonstrates exceptional anti-shake properties, particularly on uneven surfaces common in urban environments. Central pedestal tables utilize a single robust column extending from a wide base, offering impressive stability while maximizing leg room. Their low center of gravity prevents tipping but may show slight sway under extreme lateral pressure. Tripod designs provide three-point contact with the ground, offering good stability on level surfaces while being less effective on uneven terrain. For ultimate stability in urban settings, cross-base constructions consistently outperform other designs. Their interconnected leg system creates a rigid platform that withstands both dynamic loads and environmental factors, making them the superior choice for public spaces requiring maximum anti-shake performance.
Which table leg structure of urban outdoor leisure tables is more stable and anti-shaking?
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