Rahul Nair, 
Constructed using cross-laminated timber panels and charred wooden shingles, these micro-homes in Camden offer efficient living solutions that prioritize sustainability and community integration.
5 key facts about this project
01
Constructed entirely with cross-laminated timber panels to enhance structural efficiency.
02
Incorporates charred wooden shingles for improved durability and fire resistance.
03
Features a bent A-frame design that optimizes interior space and natural light.
04
Integrates a rainwater management system to promote sustainable water use.
05
Includes communal terrace gardens to encourage biodiversity and community interaction.
General keywords
Project specific keywords
The METRON Airspace Micro-communities project is an architectural initiative situated in Camden, Greater London. This project is designed to address housing demands in an increasingly urbanized context, focusing on compact living solutions that prioritize efficiency and sustainability. Each micro-home has a floor area of approximately 17.86 m², representing a progressive approach to residential design. The architectural strategy employed in this project aims to create functional and comfortable living environments that can accommodate modern lifestyles while minimizing environmental impact.
Sustainable Design Methodologies
A hallmark of the METRON project is its commitment to sustainability through the use of advanced materials and energy-efficient systems. The primary structural component is Cross-Laminated Timber (CLT), selected for its robustness, lightweight properties, and lower carbon footprint when compared to traditional building materials. High-performance Kingspan QuadCore panels provide insulation and energy efficiency, aligning with the Passivhaus standard.
The inclusion of hybrid timber/Aluminium windows enhances thermal performance while ensuring durability. A low-temperature air-to-water heat pump and a Zehnder ComfoAir ventilation system work collaboratively to provide efficient heating and maintain optimal indoor air quality. The project also features a rainwater management strategy through the use of MDPE for water systems, reinforcing its sustainable attributes.
Innovative Space Utilization
The interior of the METRON micro-homes is meticulously designed to maximize space through multifunctional furniture and adaptable layouts. Each unit is organized into distinct zones for living, working, and storage, addressing the diverse needs of residents. This approach facilitates a flexible living environment that allows individuals to rearrange spaces based on their daily activities.
In addition, terrace gardens are strategically incorporated into the design, contributing to biodiversity and providing green spaces that enhance the quality of life for residents. Public spaces within the micro-community foster social interaction, creating a sense of inclusivity and community among the inhabitants. This integration of communal areas alongside private living spaces differentiates METRON from conventional housing developments, offering a more holistic approach to urban living.
Explore the project presentation to gain further insights into the architectural plans, sections, and designs that shape the METRON Airspace Micro-communities. The integration of innovative materials and efficient spatial strategies marks an important step towards sustainable urban architecture, presenting a model for future developments in dense urban areas.
Sustainable Design Methodologies
A hallmark of the METRON project is its commitment to sustainability through the use of advanced materials and energy-efficient systems. The primary structural component is Cross-Laminated Timber (CLT), selected for its robustness, lightweight properties, and lower carbon footprint when compared to traditional building materials. High-performance Kingspan QuadCore panels provide insulation and energy efficiency, aligning with the Passivhaus standard.
The inclusion of hybrid timber/Aluminium windows enhances thermal performance while ensuring durability. A low-temperature air-to-water heat pump and a Zehnder ComfoAir ventilation system work collaboratively to provide efficient heating and maintain optimal indoor air quality. The project also features a rainwater management strategy through the use of MDPE for water systems, reinforcing its sustainable attributes.
Innovative Space Utilization
The interior of the METRON micro-homes is meticulously designed to maximize space through multifunctional furniture and adaptable layouts. Each unit is organized into distinct zones for living, working, and storage, addressing the diverse needs of residents. This approach facilitates a flexible living environment that allows individuals to rearrange spaces based on their daily activities.
In addition, terrace gardens are strategically incorporated into the design, contributing to biodiversity and providing green spaces that enhance the quality of life for residents. Public spaces within the micro-community foster social interaction, creating a sense of inclusivity and community among the inhabitants. This integration of communal areas alongside private living spaces differentiates METRON from conventional housing developments, offering a more holistic approach to urban living.
Explore the project presentation to gain further insights into the architectural plans, sections, and designs that shape the METRON Airspace Micro-communities. The integration of innovative materials and efficient spatial strategies marks an important step towards sustainable urban architecture, presenting a model for future developments in dense urban areas.
