A bold architectural gesture — this vertiport resembles a massive, weathered stone embedded in the urban landscape. Symbolizing the origin point of a new aerial era, it appears both ancient and futuristic, as if discovered rather than built. Its form sparks emotion and imagination, marking the site as a catalyst for next-generation urban development .

Architectural & Structural Features: The free-form structure is based on a spatial steel frame clad in composite panels with stone-textured relief. Asymmetrical massing, strong cantilevers, and a central atrium create dramatic interior volumes. At night, internal lighting turns the structure into a softly glowing urban beacon. The interiors contrast the exterior with sleek surfaces, open volumes, and programmable modular zones for passenger flows or public events.

Program Metrics:
6,000 m² footprint
20,000 m² GFA
4,000 m² airfield
3 levels

Inspired by the Korean character “ㅅ” (siot) — representing the human form — this vertiport embodies balance, structure, and vertical aspiration. Two inclined planes rise and converge at a single apex, forming a metaphorical and structural gateway between land and sky, technology and community. Designed as a new icon in the UAM skyline, its form is instantly legible both on the ground and from above.

Architectural & Structural Features: The twin roof planes are engineered from reinforced steel with lightweight paneling, forming a resilient load-bearing shell. One plane doubles as an elevated eVTOL landing deck with high-temperature resistance and acoustic dampening. The building's legs house terminal functions: lobbies, waiting zones, and crew support. Interior layouts are open and reconfigurable — adaptable for future multimodal transit, cultural programming, or drone logistics.

Program Metrics:
10,000 m² footprint
20,000 m² GFA
6,000 m² airfield
2 levels

This scalable typology features three "A" — shaped modules — Architecture × Aviation × Adaptability — linked by an elevated pedestrian bridge. Each module operates autonomously: terminal, maintenance hub, or innovation lab. Together they form a rhythmic, aerodynamic silhouette recognizable from altitude — perfect for UAM wayfinding and urban integration

Architectural & Structural Features: Each “A” structure is supported by diagonal steel frames for wide column-free spans. High-performance glazed façades feature embedded lighting, highlighting the rhythm at night. The connecting bridge is a cantilevered metal structure with panoramic glazing and vibration isolation, offering viewing platforms and rest areas. The modular system allows future expansion in line with UAM traffic demand and service evolution.

Program Metrics:
28,000 m² footprint
40,000 m² GFA
8,000 m² airfield
2 levels

This scalable typology features three "A" — a universal symbol of beginnings, aspiration, and architecture. Its triangular geometry ensures structural stability and aerodynamic efficiency, channeling airflow upward and minimizing turbulence during takeoff and landing. The form also pays tribute to the Alatau mountain silhouette, anchoring the vertiport as a civic landmark in the emerging UAM network.

Architectural & Structural Features: The building is based on a V-frame steel truss system that delivers both strength and lightness, creating a visual “floating” effect. Tilted glass façades provide thermal control and noise reduction, crucial for vertiport operations. Functional zones — including passenger lounges, operations control, and technical cores — are housed in the structure’s base supports. The central atrium supports vertical passenger movement and smart wayfinding for eVTOL boarding.

Program Metrics:
20,000 m² footprint
32,000 m² GFA
8,000 m² airfield
2 levels

At UrbiSky, we develop vertiport infrastructure projects on a full-cycle basis — from initial planning and concept visualization to construction, state coordination, and launch supervision. We approach each project as a tailored solution for a specific region, balancing urban logic, technical standards, and architectural vision.

Our team handles:

• – Pre-project analysis and feasibility studies
• – Full 3D modeling, renders, and spatial planning
• – Regulatory alignment and negotiations with authorities
• – Construction management and on-site execution
• – Author's supervision and post-launch support

We don’t just design platforms — we help cities prepare for the future of air mobility by embedding vertiports into the real fabric of urban life. From rooftops to remote zones — we build smart, modular, and scalable infrastructures ready for tomorrow’s transportation challenges.