Exploring Cedrus Liget: A Futuristic Fusion of Architecture and Nature

Cedrus Liget, located in Szeged, Hungary, redefines architectural boundaries with its visionary design by Bara Akos Daniel (B.A.D) and cutting-edge glass enclosures by OTIIMA. Comprising twelve interconnected buildings, the complex seamlessly integrates with the surrounding natural landscape, creating an organic ensemble that celebrates the harmony between architecture and nature. 

At Cedrus Liget, continuity is not just a concept but a tangible experience. Oval-shaped buildings establish a fluid dialogue with the environment, while expansive glazed surfaces dissolve the boundaries between inside and out. This dynamic interplay of light and space creates a sense of continuity throughout the complex, inviting residents to immerse themselves in the beauty of their surroundings. 

Liberdade 49 | Ana Costa Arquitectura | © Ricardo Quaresma

Central to Cedrus Liget’s architectural vision is its extensive use of glass, with a staggering 27,000 m2 of windows. This ambitious endeavor not only sets a new standard for architectural innovation but also underscores the project’s commitment to transparency and openness. Bara Akos Daniel’s meticulous design ensures that each building blends seamlessly with the natural landscape, creating a futuristic aesthetic that is both captivating and timeless. 

Read Also- Urban Oasis: Preradoviceva Project by Souto de Moura in Zagreb 

Behind the sleek facade of Cedrus Liget lies the technological prowess of OTIIMA’s glass enclosures. Designed to blend in with the architecture, these high-tech installations provide a seamless transition between interior comfort and outdoor serenity. With features such as advanced security, energy efficiency, and intuitive operation, OTIIMA’s 38 Plus windows embody the perfect union of form and function, enhancing the living experience for Cedrus Liget residents. 

Vila Venus | COMO Atelier | © Mariana Lopes

Perhaps his most famous principle, “Less is more,” summarizes Mies’ approach to design: stripping away the unnecessary to reveal the essential. His buildings are characterized by clean lines, open floor plans, and an absence of ornamentation. This philosophy encourages architects to prioritize spatial clarity and material integrity, resulting in modern and enduring structures.

© Tomeu Canyellas

1. Heydar Aliyev Center – Zaha Hadid

1. Heydar Aliyev Center – Zaha Hadid

The Cedrus Liget project serves as a compelling example of how architectural innovation can co-exist in harmony with a concern for the environment. As the boundaries between nature and the built environment continue to dissolve, Cedrus Liget demonstrates the transformative power of sustainable design. Through its seamless integration of advanced technologies and natural elements, this visionary project invites us to rethink the way we inhabit our urban spaces, fostering a future where architecture not only reflects our values, but also nurtures the world around us. 

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Compare products easily by analyzing features and specifications side by side to find the best option for your needs.

thermal-transmittance

Thermal Transmittance

watertightness

Watertightness

air-permeability

Air permeability

wind-resistance

Wind resistance

resistance

Impact resistance

insulation

Sound insulation

security

Security

thermal-transmittance

Thermal Transmittance

Uw Ug = 1,0 (38mm)
Uw Ug = 0.5 (54mm)

watertightness

Watertightness

ISO EN 12208 + ISO EN 1027

E1200 (54mm)

(4 classes above 9A) 1

air-permeability

Air permeability

ISO EN 12207 + ISO EN 1026

Class 4

(600 Pa or 119 Km/h) 1 2

wind-resistance

Wind resistance

ISO EN 12210 + ISO EN 12211

Class C5

(in 6 possible classes) 2

resistance

Impact resistance

ISO EN 12600 + ISO EN 1630

Class 5

(2000 Pa or 200 Km/h)

insulation

Sound insulation

ISO EN 10140 + ISO EN 717

Rw: 42 db (up to)
security

Security

ISO EN 1628 + ISO EN 1629 + ISO EN 1630

RC2: (WK2)

3

thermal-transmittance

Thermal Transmittance

Uw Ug = 1,0 (38mm)
Uw Ug = 0.5 (54mm)
Uw Ug = 0.47 (62mm)

watertightness

Watertightness

ISO EN 12208 + ISO EN 1027

E1200

(7 classes above 9A) 1

air-permeability

Air permeability

ISO EN 12207 + ISO en 1026

Class 4

(600 Pa or 110 Km/h) 1

wind-resistance

Wind resistance

ISO EN 12210 + ISO EN 12211

Class B5

(2000 Pa or 200 Km/h) 1

resistance

Impact resistance

ISO EN 12600 + ISO EN 1630

Class 5 (38mm / 54mm)

1C1 | 2B2 | 1B1 2 (62mm)

insulation

Sound insulation

ISO EN 10140 + ISO EN 717

Rw: 42 db (up to) (38mm / 54mm)

Rw: 44 db (up to) (62mm)

security

Security

ISO EN 1628 + ISO EN 1629 + ISO EN 1630

RC2: (WK2)

3

thermal-transmittance

Thermal Transmittance

Uw Ug = 1.0 (38mm)
Uw Ug = 0.5 (54mm)

watertightness

Watertightness

ISO EN 12208 + ISO EN 1027

E1650

(7 Clases superior a 9A) 1

air-permeability

Air permeability

ISO EN 12207 + ISO EN 1026

Class 4

(600 Pa or 110 Km/h) 1

wind-resistance

Wind resistance

ISO EN 12210 + ISO EN 12211

Class C5

(2000 Pa or 200 Km/h) 1

resistance

Impact resistance

ISO EN 12600 + ISO EN 1630

Class 5
insulation

Sound insulation

ISO EN 10140 + ISO EN 717

Rw: 42 db (up to)
security

Security

ISO EN 1628 + ISO EN 1629 + ISO EN 1630

RC2: (WK2)

2

thermal-transmittance

Thermal Transmittance

Uw Ug = 0.7 (38mm)
Uw Ug = 0.7 (54mm)

watertightness

Watertightness

ISO EN 12208 + ISO EN 1027

Class 8A

(450 Pa or 95 km/h)

air-permeability

Air permeability

ISO EN 12207 + ISO en 1026

Class 3

(600 Pa or 110 Km/h)

wind-resistance

Wind resistance

ISO EN 12210 + ISO EN 12211

Class C5

(2000 Pa or 200 Km/h)

resistance

Impact resistance

ISO EN 12600 + ISO EN 1630

Class 5

(in 6 possible classes)

insulation

Sound insulation

ISO EN 10140 + ISO EN 717

Rw: 38 db (up to)
security

Security

RC2: (WK2) 2

RC2: (WK2)

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