Aerial night rendering of Hunnu City master plan showing circular towers and geodesic domes under moonlight

Hunnu City Master Plan by Bechu & Associés Aligns with Mongolia’s Vision 2050

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Hunnu City master plan establishes a long term urban framework for a 31,503 hectare satellite city south of Ulaanbaatar, Mongolia, developed in response to national decentralization goals under Vision 2050. Selected through an international design competition, the proposal envisions phased construction from 2025 to 2045, integrating cultural references and ecological resilience into its spatial logic.

Snow-covered modular buildings and geodesic domes in Hunnu City master plan during winter twilight
This visualization depicts the Hunnu City master plan under winter conditions, emphasizing thermal resilience and landscape integration in extreme climates. The design’s circular forms and public domes are shown responding to seasonal change. (Image © Bechu & Associés)

Design Concept

The project rejects centralized urban models in favor of a constellation of adaptable urban cells, inspired by the traditional Mongolian ger and natural systems like wind and solar paths. Circular hubs named Amid Od serve as multifunctional anchors for community life, blending architectural design with social infrastructure. This decentralized approach aligns with emerging global strategies for climate-responsive cities, emphasizing modularity over monumentality.

Aerial rendering of Hunnu City master plan showing modular residential towers, green rooftops, and large geodesic domes integrated into a sprawling steppe landscape under morning light.
This visualization presents the daytime configuration of Hunnu City’s urban structure, highlighting its integration of housing, public spaces, and ecological corridors within the Mongolian steppe. The design emphasizes density and permeability as key responses to environmental and demographic challenges. (Image © Bechu & Associés)

Materials & Construction

While material specifications remain undeclared, the plan prioritizes climate-adaptive construction capable of withstanding Mongolia’s extreme winters and arid summers. Techniques will likely draw from innovations in building materials that support thermal efficiency and rapid assembly. Phased implementation allows the construction process to evolve alongside demographic and economic shifts, reducing upfront resource strain.

Night view of a geodesic dome in Hunnu City master plan, illuminated under a starry sky with the Milky Way and full moon, surrounded by modular buildings and natural landscape.
This rendering highlights a public dome within the Hunnu City master plan, designed as a social and climatic anchor against the backdrop of a dramatic night sky. The structure’s transparency and internal lighting emphasize its role as a communal gathering space. (Image © Bechu & Associés)

Sustainability

Water capture, renewable energy integration, and biodiversity corridors form the ecological backbone of the Hunnu City master plan. These measures reflect core principles of global sustainability discourse, particularly in contexts where urban expansion threatens fragile steppe ecosystems. The design’s ecological corridors aim to maintain landscape continuity a strategy documented in ArchUp’s archive of arid-region planning projects.

Aerial night view of     under snow, showing illuminated circular towers and geodesic domes against a starry sky with full moon.
This rendering visualizes the Hunnu City master plan during winter nights, emphasizing its thermal performance and integration with the Mongolian steppe’s seasonal extremes. The glowing domes function as social nuclei within a dispersed urban field. (Image © Bechu & Associés)

Urban Impact

Hunnu City lies 52 kilometers south of Ulaanbaatar, near Chinggis Khaan International Airport. It aims to ease pressure on the capital, where more than half of Mongolia’s population lives. The Hunnu City master plan decentralizes housing, jobs, and services to address overloaded infrastructure. It also tests new models of satellite urbanism. These efforts feed into broader urban research on polycentric development in resource-constrained environments.

Will the Hunnu City master plan’s regenerative vision withstand the complexities of real world implementation, or will logistical and financial constraints dilute its ecological ambitions?

Architectural Snapshot: Hunnu City’s master plan organizes a 31,503 hectare satellite settlement into ger inspired urban cells centered on multifunctional “stars of life” hubs.

✦ ArchUp Editorial Insight

The Hunnu City master plan offers a technically ambitious response to Mongolia’s urban concentration crisis. It frames decentralization through regenerative landscape logic and cultural symbolism. Yet it relies heavily on idealized nomadic metaphors. This risks turning complex socio ecological realities into aesthetic gestures. The proposal lacks concrete implementation safeguards, leaving its climate resilience claims untested. Still, it avoids the monumental hubris common in satellite city projects a notable restraint. Its phased, cell-based growth presents a plausible model for arid regions. Whether this framework endures as a planning tool or fades into administrative inertia depends more on governance than on geometry.

Further Reading from ArchUp

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  1. ArchUp: Technical Analysis of the Honu City Master Plan in Mongolia

    This article provides a technical analysis of the Honu City Master Plan as a case study in future-oriented sustainable urban planning adapted to a harsh climate and linked to cultural identity. To enhance archival value, we present the following key technical and design data:

    The plan spans a vast area of 31,503 hectares (315 square kilometers) south of Ulaanbaatar, near Chinggis Khaan International Airport. It is based on an innovative urban model consisting of a network of flexible “urban cells”, inspired by the shape of the traditional Mongolian Ger (portable dwelling) and taking into account wind directions and solar exposure. These cells are organized around multifunctional circular centers called “Amid Ood” or “Stars of Life”.

    The environmental design features integrated strategies for adapting to Mongolia’s harsh continental climate. These include advanced water collection and reuse systems, the integration of renewable energy sources, and the creation of biodiversity corridors to connect local ecosystems. Residential units and facilities employ high thermal efficiency construction technologies, with a focus on modular, prefabricated solutions to ensure flexibility and rapid implementation.

    In terms of functional distribution and timeline, the city aims to alleviate pressure on the capital, Ulaanbaatar, which is home to more than half of the country’s population. The project is scheduled for phased implementation between 2025 and 2045, aligning with demographic and economic changes. The planning includes a balanced distribution of residential, commercial, educational, healthcare, and recreational facilities within each urban cell.

    Related Link: Please refer to this article to explore other urban planning projects addressing the challenges of expansion and sustainability:
    Iraq Moves Towards Smart Cities with New Digital Infrastructure Plans
    https://archup.net/iraq-construction-automation-and-smart-cities/