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DCC Bridge
Anonymous1771487256
02-20 07:43
Model Name
modern stadium 3d model
Tags
architecture
architecture realistic
architecture rendering
architecture rendering realistic
realistic
rendering
rendering realistic
sustainable
Prompt
Create a highly accurate, ultra-detailed 3D architectural model of a modern sustainable football stadium viewed from an elevated three-quarter aerial perspective. The stadium must be proportionally realistic and engineered with clearly visible sustainability systems integrated into the architecture. FOOTBALL PITCH — EXACT PROFESSIONAL SPECIFICATION Place a FIFA-regulation football pitch at the exact center measuring 105 meters long and 68 meters wide with realistic grass texture using sustainable hybrid turf. All markings must be sharp, bright white, and geometrically accurate: two long touchlines and two short goal lines forming a perfect rectangle, a halfway line exactly at midfield, a center circle with a 9.15 m radius and a clearly marked center spot, two penalty areas measuring 40.3 m wide and extending 16.5 m into the field, two goal areas extending 5.5 m from each goal line, penalty spots positioned 11 m from each goal line, visible penalty arcs outside each penalty area, quarter-circle corner arcs at all four corners, four upright corner flags. Install two professional football goals centered precisely on each goal line: width 7.32 meters, height 2.44 meters, white metal frames, realistic stretched netting extending backward with depth and support structure. Add mowing stripe patterns across the grass to enhance realism. VISIBLE SUSTAINABLE PITCH SYSTEM Show a partially exposed edge of the pitch revealing layers: grass surface, sand layer, gravel drainage layer, and clearly visible perforated drainage pipes carrying water away. SPECTATOR STANDS Surround the pitch with multi-tier stadium seating made from recycled plastic composite seats, visibly labeled or color-coded to emphasize recycled material usage. Seats should appear modular and modern. SOLAR ENERGY SYSTEM (HIGHLY VISIBLE) The entire stadium roof must clearly display thousands of visible solar panels arranged in neat geometric rows. Include transparent solar glass facade panels glowing slightly blue, making renewable energy visually obvious. Add large digital screens on the stadium exterior displaying: “Solar Energy Generated Today” “Water Saved” “CO₂ Emissions Reduced” TRANSPORT SUSTAINABILITY (VISIBLE OUTSIDE) Outside the main entrance include: multiple modern electric buses parked at charging stations, clearly visible EV charging pillars, passengers walking toward entrances, marked bus lanes. Add dedicated bicycle lanes leading to the stadium and large bicycle parking racks filled with bicycles. ENERGY-GENERATING WALKWAYS Create wide pedestrian walkways made of piezoelectric energy tiles, visually distinct with glowing patterns or illuminated strips indicating electricity generation from footsteps. WATER SUSTAINABILITY (VISIBLE, NOT HIDDEN) Make water systems clearly visible: rainwater funnels descending from the roof edges, transparent external water storage tanks showing collected water, visible pipes directing water toward irrigation systems, sprinklers irrigating surrounding green areas. GREEN ARCHITECTURE Include: vertical gardens covering parts of the stadium exterior, rooftop gardens with vegetation, trees, rain gardens, and landscaped biodiversity zones around the stadium. WASTE & CIRCULAR ECONOMY Add clearly visible recycling stations with color-coded bins, reusable steel food containers at kiosks, and signage indicating a zero single-use plastic policy. NOISE & CLIMATE DESIGN (VISUAL FORM) Design the stadium exterior shell with curved acoustic panels and textured surfaces that visibly suggest sound containment. Include open ventilation gaps and airflow channels demonstrating passive cooling design. ADDITIONAL VISIBLE RENEWABLE FEATURES Include small vertical wind turbines near entrances and solar canopies shading pedestrian areas. Render the entire scene in ultra-realistic architectural visualization style with accurate scale, sharp geometry, realistic materials, daylight lighting, and all sustainability systems clearly visible and understandable at first glance."
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Anonymous1771487256
Anonymous1771487256